31
8/10/2019 K-Katalog E 2014 http://slidepdf.com/reader/full/k-katalog-e-2014 1/31 Plastics Books 2014 - 2015

K-Katalog E 2014

  • View
    220

  • Download
    0

Embed Size (px)

Citation preview

Page 1: K-Katalog E 2014

8/10/2019 K-Katalog E 2014

http://slidepdf.com/reader/full/k-katalog-e-2014 1/31

P l a s t i c sB o o k s2014 - 2015

Page 2: K-Katalog E 2014

8/10/2019 K-Katalog E 2014

http://slidepdf.com/reader/full/k-katalog-e-2014 2/31

2 3

ContentsIf you are a resident of one of the countries below,please address all orders to:

AustraliaD.A. Information Services Pty Ltd.648 Whitehorse RoadMitcham 3132AustraliaTel.: +61 3 92 10 77 77Fax: +61 3 92 10 77 [email protected]

ChinaInspirees International Beijing OfceAttn. Dr. Tony ZhouOcean Express F-803

XiaGuangLi 661000 27 BeijingPeoples Republic of ChinaTel.: +86 40 06 61 87 17Fax: +86 10 8446 [email protected]

DenmarkAalborg Centerboghandel Fibigerstraede 159220 Aalborg OstDenmarkTel.: +45 98 15 89 22Fax: +45 98 15 28 [email protected]

HungaryProspero’s Könyvei Budapest KFTJudit SutoWeiner Leo U 201066 BudapestHungaryTel.: +36 30 28 444Fax: +36 30 28 [email protected]

IndiaSCI-TECH BOOKS & PERIODICALSMr. Prashant D kamat414, Janki Centre,Veera Desai Road, Andheri-WestMumbai - 400053IndiaTel.: +22 673 5260/6697 0507Fax: +22 2673 [email protected]

Insat Books & PeriodicalsMr. Ramesj KumarOnkar House, 4575/15110002 New DelhiIndiaTel.: +91 11 2326-4151Fax: +91 11 [email protected]

Techniz Books International 4/12, Kalkajee ExtensionOpp. nehru Place10019 New DelhiIndiaTel.: +91 11 26 28 47 90Fax: +91 11 26 47 36 [email protected]

Allied Publishers Pvt. Ltd.Mr. R.N. PurwarI/13-14, Asaf Ali Road110 002 New DelhiIndiaTel.: +91 11 23 23 90 01

Fax: +91 11 23 23 59 [email protected]

IranFARAVARAN BookshopP O Box 14665-1366TehranIranTel.: +98 21 88 55 32 71Fax: +98 21 88 36 13 [email protected]

IsraelCom.books Ltd.Ms. Ziva Beech13, Beit Alpha Street67219 Tel AvivIsrael Tel.: +972 3 56 21 00 2Fax: +972 3 56 21 00 [email protected]

ItalyMeBSSabrina GandolaVia Nicola D’Apulia 1120127 MilanoItalyTel.: +39 02 26 14 90 08Fax: +39 02 26 14 96 [email protected]

Lebanon/Syria/JordanLevant Distributors s.a.r.l., CR 2160Sin-El-Fil, Al-Qalaa Area,Sector # 5, Bldg. 31, 53rd Str.,Tel.: +961 1-488444Fax: +961 1-510655P.O.Box: 11-1181,Beirut 10072070,Lebanon

MalaysiaYUHA Associates Sdn. Bhd.No. 17, Jalan Bola Jaring 13/15Section 1340000 Shah AlamSelangorMalaysia

Tel: +603-55119799Fax: [email protected]

PakistanMirza Book AgencyQasim Mahmood Mirza65-Sharah-e-Quaid-e-AzamLahore-54000PakistanTel.: +92 42 73 53 601Fax: +92 42 57 63 [email protected]

Tahir M. Lodhi

Publishers Consultants &Representatives14-G, Canalberg H.S.53700 LahorePakistanTel.: +92 42 54 37 947Fax: +92 42 54 37 [email protected]

Singapore, Indonesia,Brunei, Thailand, VietnamBook Editions (S) Pte Ltd.Richard Mah22 Sin Ming Walk # 10-01575571 SingaporeTel.: +65 64 52 05 52Fax: +65 64 52 02 [email protected]

Alkem Company (S) Pte Ltd.Adrian Tan1, Penjuru Close608617 SingaporeTel.: +65 62 65 66 66Fax: +65 62 61 78 [email protected]

SlovakiaMale centrum AcademicBookshopAnton ZemlickaCernysevskeho 3585101 BratislavaSlovakiaTel.: +421 25 24 99 82 6Fax: +421 25 29 31 12 [email protected]

SloveniaBookshop Lux LibrisAndrej PucnikTrg Osvobodilne fronte 13 A1000 LjubljanaSloveniaTel.: +386 1 232 20 26Fax: +386 1 232 10 [email protected]

TaiwanUnifacmanu Trading Co., Ltd.Nancy Lin4F, No. 91, Ho-Ping East Road,Sec. 1Taipei 10643TaiwanTel.: +886 22 39 42 74 9Fax: +886 22 39 43 10 [email protected]

United KingdomApplied Market Information Ltd.Phil Cotterell

45-47 Stokes CroftAMI HouseBristol BS1 3QPUnited KingdomTel.: + 44 1179 24 94 42Fax: + 44 1179 89 21 [email protected]

The British Plastics Federationwww.bpfshop.comTel.: +44 2074575000Fax: +44 20 [email protected]

United States (Americas)Hanser Publications6915 Valley AvenueCincinnati, OH 45244USATel.: : 877.751.5052Fax: [email protected]

For all other countries:Carl Hanser VerlagP.O. Box 86 04 2081631 MunichGermanyTel.: +49 89 99830-333Fax: +49 89 [email protected]

All prices recommendedprices only. Prices valid from1. October 2013 onwards.

Design........................................................................4Product Design...........................................................................................4Tool Design.................................................................................................6

Processing & Manufacturing........................................10General Overview........................................................................................10Mixing & Compounding...............................................................................13

Thermoforming..........................................................................................15Injection Molding.......................................................................................15Extrusion..................................................................................................22Foams.......................................................................................................25Blow Molding.............................................................................................26Other Processes..........................................................................................27

Materials...................................................................30General Overview........................................................................................30Fibers & Films............................................................................................36Rubber......................................................................................................36Additives..................................................................................................42Colors & Coatings.......................................................................................42Other Applications......................................................................................44

Polymer Science.........................................................46Testing & Analytics....................................................................................46Physics & Chemistry....................................................................................48

Hanser Magazines.......................................................51

Index........................................................................52Authors.....................................................................................................52Titles........................................................................................................54

Order Form................................................................58

HANSER DISTRIBUTORS

Page 3: K-Katalog E 2014

8/10/2019 K-Katalog E 2014

http://slidepdf.com/reader/full/k-katalog-e-2014 3/31

5

DESIGN

Product Design

G. Erhard

Designing with PlasticsISBN 978-3-446-22590-9©2006, hardcover,€ 249.00530 pages/525 gures

Designing with Plastics is anindispensable tool for every engineerand designer working with plasticmaterials. It assists in the developmentof plastic parts that are not onlyfunctional and esthetically pleasingbut also manufacturable while meetingever increasing end-use requirements.

The short but concise introduction intothe specic properties of this materialclass focuses on the practical needs ofthe designer and lays the foundationfor the following in depth discussionof part design suitable for productionand the intended end-use application.Numerous detailed examples highlightpractical tips and rules of thumb forsuccessful part design.

P. Tres

Designing Plastic Partsfor Assembly 6EISBN 978-3-446-40321-5©2006, hardcover,€ 149.90311 pages/125 gures

This book provides an excellent toolfor both seasoned part designers andnovices to the eld, facilitating cost-effective design decisions and ensuringthat the plastic parts and products willstand up under use.

The detailed, yet simplied discussionof material selection, manufacturingtechniques, and assembly proceduresenable the reader to evaluate plasticmaterials and to adequately designplastic parts for assembly.

The book describes good joint designand implementation, the geometry andnature of the component parts, thetypes of load involved, and other basicinformation necessary in order to worksuccessfully in this eld. Throughout,the treatment is practice-oriented andfocused on everyday problems andsituations.

E. Campo

The Complete PartDesign HandbookFor Injection Moldingof ThermoplasticsISBN 978-3-446-40309-3©2006, hardcover,€ 399.00891 pages/995 gures/68 tables

This indispensable, all-inclusivereference guide to plastic part designwas compiled with the product designerin mind, who is looking for moredetailed information on plastic resins,the rules and geometries underlyingtheir use in product design, and theadvantages and limitations of their usein industrial applications. The designer

will also nd valuable advice o n resinand tool selection and processingparameters that allow fast andsuccessful product development andmanufacture.

Thousands of hours of research andcross referencing have gone into thecompletion of this work. In addition,the “hands-on” knowledge of a plasticsexpert with more than 35 yearsexperience is incorporated.

4

“... if the principles containedin this book are used during thedesign process, there will be fewerheadaches right from the start.”

—Injection Molding

P. Bonenberger

The First Snap-FitHandbook 2ECreating and ManagingAttachments forPlastic PartsISBN 978-3-446-22753-8©2005, hardcover,€ 149.90320 pages/185 gures/45 tables

The ‘system level’ knowledge anddesign skills needed to creategood snap-t interfaces existed inthe minds of self-taught snap-texperts but was not captured in theliterature.

New designers of plastic partswishing to use snap-t had nowhereto turn unless they were fortunateenough to have access to anexperienced snap-t designer. Thisbook organizes and presents alldesign aspects of snap-ts with anemphasis on the systems level thin-king required to create world-classattachments. Beginning, as well asexperienced, product designers willnd the information they need todevelop snap-ts more efcientlyand avoid many common snap-tproblems.

R. Malloy

Plastic Part Design forInjection Molding 2EAn IntroductionISBN 978-3-446-40468-7©2010, hardcover,€ 99.90568 pages/476 gures/28 tables

The goal of the book is to assistthe designer in the developmentof parts that are functional, reliable,manufacturable, and aestheticallypleasing. Because injection moldingis the most widely used manufac-turing process for the productionof plastic parts, a full understandingof the integrated design processpresented is essential to achievingeconomic and functional designgoals. This book features over 450drawings and photographs.

Contents: Introduction to Materials.Manufacturing Considerations forInjection Molded Parts. The DesignProcess and Material Selection.Structural Design Considerations.Prototyping and Experimental StressAnalysis. Assembly of InjectionMolded Plastic Parts. ConversionConstants.

J. Rotheiser

Joining of Plastics 3EHandbook for Designersand EngineersISBN 978-3-446-40786-2©2009, hardcover,€ 179.90624 pages/485 gures

This completely updated handbookemphasizes the relationship betweenthe assembly methods, the materials,and the plastics manufacturingprocesses, thus enabling the readerto identify the best design/assemblymethod for a given application. Anew chapter on laser welding ofplastics has been added. All principlefastening and joining methods usedto assemble plastic parts today

are described with their particularadvantages and disadvantages.Assembly method limitations fora given material and/or a givenmolding process are discussed ingreat detail. This how-to book offersa wealth of hard-to-nd, detailedinformation.

Partial Contents: Rapid Guidelinesfor Assembly of Plastics. Designingfor Efcient Assembly. Cost Reductionin Assembly. Design for Disassemblyand Recycling.

Page 4: K-Katalog E 2014

8/10/2019 K-Katalog E 2014

http://slidepdf.com/reader/full/k-katalog-e-2014 4/31

6 7

DESIGN

Tool Design

N. Rao, G. Schumacher

Design Formulas forPlastics Engineers 2EISBN 978-3-446-22674-6©2004, softcover,€ 79.90176 pages/135 gures

The second edition of this well-receivedbook presents a summary of importantformulas and their applications to solvedesign and processing problems. Theformulas are classied according tospecic elds, rheology, thermodyna-mics, heat transfer, and part design.Each chapter covers the relevantrelations with detailed examples. Inaddition, this work contains new,straightforward, practical relationshipsthat have been developed and tested inrecent years for solving design problemsin the area of extrusion and injectionmolding.

Contents: Formulas of Rheology.Thermodynamic Properties. Formulasfor Heat Transfers. Designing PlasticParts. Designing Extrusion Equipment.Designing Injection Molding Equipment.

J. Franke

Three-DimensionalMolded InterconnectDevices (3D-MID)Materials, Manufacturing,Assembly and Applicationsfor Injection Molded CircuitCarriersISBN 978-1-56990-551-7©2013, softcover,ca. € 129.99360 pages

Three-dimensional molded interconnectdevices (MIDs) enable mechanical,electronic, optical, thermal anduidic functions to be integrated intoinjection-molded components. Function

integration on this scale goes hand inhand with a high level of geometricaldesign freedom and opportunities forminiaturization, plus the associatedreduction in weight and savings onproduct costs. MIDs are made primarilyof recyclable thermoplastics, so theyare more environmentally compatiblethan alternatives produced using otheravailable technologies.

A. Gebhardt

UnderstandingAdditive ManufacturingRapid Prototyping –Rapid Tooling –Rapid ManufacturingISBN 978-3-446-42552-1©2012, hardcover,€ 69.90168 pages/183 gures

Additive manufacturing (AM) is theterm used for layer-oriented orgenerative manufacturing, which wasintroduced in the late 1980s as rapidprototyping. Over the last 20 years ithas developed dramatically. Today it isnot only a valuable tool for makingmodels and prototypes but also a

manufacturing method for nal partsand mold inserts. AM is about torevolutionize manufacturing techno-logy. This valuable quick guide providessupport material for AM technologycourses, updated content for traditionalmanufacturing lessons, and basic infor-mation to facilitate self studies.

Contents: Basics, Denitions, andApplication Levels. Layer Manufactu-ring Processes. Applications. AdditiveManufacturing Design and Strategies.Materials, Design, and Quality Aspectsfor Additive Manufacturing.

D. Kazmer

Injection MoldDesign EngineeringISBN 978-3-446-41266-8©2007, hardcover, € 129.90444 pages/280 gures/53 tables

This book offers a vision and structureto synergize all the engineeringdisciplines that converge in the molddesign process. Topics are presented ina top-down manner, from introductorydenitions and the “big picture” to lay-out and detailed design of molds. Thisbook provides pragmatic analysis withworked examples that can be adaptedto real-world mold design applications.It helps students and practitionersto understand the inner workings ofinjection molds and encourage them tothink “outside the box” in developinginnovative and highly functional molddesigns.

Contents: Plastic Part Design. MoldCost Estimation. Mold Layout Design.Cavity Filling Analysis and Design. FeedSystem Design. Gating Design. Venting.Cooling System Design. Shrinkage andWarpage. Ejection System Design. Struc-tural System Design. Mold Technologies.

P. Unger

Hot Runner TechnologyISBN 978-3-446-40584-4©2006, hardcover,€ 129.90249 pages/210 gures/25 tables

Quality and protability of injectionmolding operations can be considerablyinuenced by the hot runner system.The many variations and designprinciples of hot runners are material-dependent and therefore not universallyapplicable. Knowing about andrecognizing these limitations will makeor break a molder’s success.This bookprovides a comprehensive overview ofhot runner technology, advantageousdesign principles, and applications. Itincludes the necessary basics as well asmany proven designs and application

examples.Contents: Heat Technology. HotRunner Components. Heating ManifoldBlocks. Heating of Hot Runner Nozzles.Temperature Measuring and Controlling.Material Behavior under Stress. Corrosionand Wear. Screw Connections and MaterialSelection. Basic Plastics Technology.Maintenance and Storage Molds. Design.Suppliers of Hot Runner Systems.

H. Rees

UnderstandingInjection Mold DesignISBN 978-3-446-21587-0©2001, softcover,€ 59.90127 pages/36 gures

This book provides the reader withthe ground rules for designing injectionmolds. It explains the basic mold prin-ciples regardless of what size and typeof product is to be injection molded,whether the mold is small or large, hassingle or multiple cavities, and whodesigns or builds the mold.

Contents: Starting New in the MoldDesign Field. The Basics of an InjectionMolding Machine. Understanding theBasics of the Injection Mold. Before

Starting to Design a Mold: MachineSpecication, Mold Design, Preload,Mold Material Selection, Stack Molds,Mold Layout and Assembly Drawings.Review and Followup. Typical Examples.Estimating of Mold Costs. Machining,Mold Materials, and Heat Treatment.

Jörg Franke

Three-Dimensional MoldedInterconnect Devices (3D-MID)Materials,Manufacturing,Assembly,and

Applicationsfor InjectionMoldedCircuitCarriers

Andreas Gebhardt

Understanding

Additive Manufacturing

Rapid Prototyping -Rapid Tooling -Rapid Manufacturing

Page 5: K-Katalog E 2014

8/10/2019 K-Katalog E 2014

http://slidepdf.com/reader/full/k-katalog-e-2014 5/31

8 9

DESIGN

Tool Design

P. Unger

GastrowInjection Molds 4E130 Proven DesignsISBN 978-3-446-40592-9©2006, hardcover,€ 149.90345 pages/400 gures

Designing the perfect mold is probablythe most challenging task in plasticsprocessing, especially in injection mol-ding. The mold determines the quality,performance, and the protability of aplastic part. Neither modern computertechnology nor sophisticated CAEsoftware can substitute the experienceof the practicing mold engineer. Thisis why the “Gastrow” is so special toplastics engineers: 130 mold designsare presented in this extensivelyrevised edition of the great classic inmold making. Each of the case studieswas actually built, tested, and runsuccessfully in production. The bookis written by practitioners, describingproblem solving in the design and themanufacture of injection molds. Thewealth of information includes rulesof thumb, design details, and practicaltips invaluable for everyone involvedin this eld.

G. Menges, W. Michaeli,P. Mohren

How to MakeInjection Molds 3EISBN 978-3-446-21256-5©2001, hardcover,€ 249.00632 pages/608 gures

This classic covers all aspects of injectionmold design and manufacturingincluding material selection, generalmold design, fabricating cavities andcores, dimensioning for mechanicaland thermal design, and venting.

Partial Contents: Mold Making Tech-niques. Mold Costs. Runner Systems.Gates. Venting of Molds. Heat Exchange.Shrinkage. Mechanical Design. Shiftingof Cores. Ejection. Alignment. Computer

Assisted Mold Design. Maintenance.Mold Standards. Correction of MoldingDefects. Special Processes/Molds.

J. Beaumont

Runner and GatingDesign Handbook 2ETools for SuccessfulInjection MoldingISBN 978-3-446-40765-7©2007, hardcover,€ 149.90324 pages/331 gures/10 tables

For the rst time, both the art and thescience of designing runners and gatesare presented in a concise format. Triedand true runner and gating design t ech-niques successfully used with variousmaterials and molding applications aredescribed together with cutting-edgenew technologies. This handbook helpsdetermine the optimum design, whento use what type of runner systems,and how to isolate molding problemsgenerated from the gate and runnervs. other molding issues. Full-color 3-Dgraphics, illustrations and photographsas well as charts, checklists, troub-leshooting guides, and contributionsfrom the industry’s leading expert JohnBozzelli complete this handbook.

H. Rees, B. Catoen

SelectingInjection MoldsWeighing Cost versusProductivityISBN 978-3-446-40308-6©2006, hardcover,€ 129.90240 pages/213 gures/12 tables

This book explains to the mold designerthe importance of knowing the ex-pected productivity of the mold andhow this information affects the costof the planned mold and the cost ofthe molded product. It suggests manyapproaches to reduce mold cost andalso to improve productivity by often

just simple design changes. Above all,it emphasizes again and again thatthe ultimate goal is not to procure thelowest cost but to produce the lowestcost product.

Contents: How to approach selectionof the mold features. How productivityaffects mold selection. How selectionof design features affects mold cost.How to reduce mold and product costby simple design changes. How toapproach estimating mold cost.

G. Mennig, K. Stoeckhert

Mold-MakingHandbook 3EISBN 978-1-56990-446-6©2013, hardcover,€ 249.99ca. 700 pages/700 gures/50 tables

This new edition of Stoeckhert’s classicprovides all fundamental and engineeringaspects of mold construction andmanufacturing. Completely revised, thisedition includes the latest developmentsin technology, such as CAD and rapidprototyping.

Partial Contents: Molds for VariousProcessing Methods (Injection,Compression and Transfer Molds, BlowMolds, Thermoforming and RotationalMolds, Molds for Processing Reaction

Resins, EPS and PU, Prototyping Molds.Materials (Steels, Bronzes, Aluminumand Zinc Alloys, Materials for RapidTooling. Manufacturing and MachiningMethods (CIM in Metal Working, EDM,Electroformed Mold Cavities, Polishing,Hobbing, Surface Treatment, CastBronze and Light Alloy Molds.

GünterMennigK.Stoeckhert

Mold-MakingHandbook

3rd Edition

“... [This is] an example of howbooks should be written ... [it] willbe used by molders, mold designersand moldmakers and will become astandard.”

—Polymer News

9

Stayup-to-date!Register to ournewsletter now!

www.kunststoffe-

international.com/newsletter

www.kunststoffe-international.com

Page 6: K-Katalog E 2014

8/10/2019 K-Katalog E 2014

http://slidepdf.com/reader/full/k-katalog-e-2014 6/31

10 11

PROCESSING & MANUFACTURING

General Overview

T. Osswald, J. Hernandez

Polymer ProcessingModeling and SimulationISBN 978-3-446-40381-9©2006, hardcover,€ 179.90633 pages/513 gures/24 tables

This book provides a polymer processingbackground to engineering studentsand practicing engineers. It addressestraditional polymer processing aswell as emerging technologies. Manyapplications are presented throughexamples and illustrations, which alsoserve the practicing engineer as a guidewhen determining important parametersand factors during the design process orwhen optimizing a process.

Contents: Polymer Material Science.Processing Properties. Polymer Proces-ses. Processing Fundamentals. Dimen-sional Analysis and Scaling. TransportPhenomena in Polymer Processing.Analyses Based on Analytical Solutions.Numerical Techniques. Introduction toNumerical Analysis. Finite DifferencesMethod. Finite Element Method. Bound-ary Element Method. Radial FunctionsMethod.

T. Osswald

Understanding PolymerProcessingProcesses and GoverningEquationsISBN 978-3-446-42404-3©2010, softcover,€ 89.90 304 pages/266 gures/15 tables

Gain the background needed tounderstand the wide eld of polymerprocessing and the emerging tech-nologies associated with the plasticsindustry. This book combines practicalengineering concepts with modeling ofrealistic polymer processes.

It is intended for people entering theplastics manufacturing industry and

students taking an introductory coursein polymer processing. It also serves asa guide to the practicing engineer whenchoosing a process, determining im-portant parameters and factors duringthe early stages of process design, andwhen optimizing such a process. Practi-cal examples illustrating basic conceptsare presented throughout.

Contents: Polymeric Materials. PolymerProcessing. Modeling.

D. Kazmer

Plastics ManufacturingSystems EngineeringISBN 978-3-446-42014-4©2009, hardcover,€ 129.90520 pages/321 gures/76 tables

Plastics manufacturing is a highlyinterdisciplinary endeavor requiringknowledge related to materials science,physics, engineering, and management.Because of this diversity, the plasticsprocess engineer interacts with manystakeholders, including customers,designers, materials suppliers, machinebuilders, mold/die suppliers, systemsintegrators, operators, quality engi-neers, and managers. With so manystakeholders involved, it isn’t surprisingthat many plastics manufacturingprocesses are not precisely engineeredsystems. The resulting processes canbe poorly designed, requiring too muchinvestment to achieve too little produc-tivity. This book was written for plasticsprocessing engineers, but it is alsohighly useful to others involved withplastics manufacturing who are perfor-ming process development, research,and even machinery design.

M. Ezrin

Plastics FailureGuide 2ECause and PreventionISBN 978-3-446-41684-0©2013, hardcover,€ 299.99868 pages

Plastics failure is largely the result ofan increase in the number and varietyof applications in relatively few years.This book focuses on actual eld andproduct failures, emphasizing causeand prevention. The concept of theinterdependence of material, design,and processing is applied to all examplesand cases.

Contents: A Preliminary Look at the

Nature, Causes, and Consequences ofPlastics Failure. Fundamental MaterialsVariables Affecting Processing andProduct Performance or Failure. FailuresRelated to Design and Material Selection.Examples of Failure Due to Design andMaterial Selection. Processing-RelatedFactors in Failure. Failure Related toService Conditions. Failure Analysis andTest Procedures. Quality Control – Pre-ventive Failure Analysis. Legal Aspectsof Plastics Product Liability and Failure.Composites. Pipes and Fittings.

MyerEzrin

Plastics Failure Guide

Cause and Prevention

2nd Edition

N. Rao, N. Schott

UnderstandingPlastics EngineeringCalculationsHands-on Examplesand Case StudiesISBN 978-3-446-42278-0©2012, softcover,€ 89.90 206 pages/169 gures/26 tables

This book deals with the analytical pro-cedures for troubleshooting extrusionand injection molding equipment andprocesses. Starting from fundamentalmelt rheology, thermodynamics ofpolymers, and heat transfer in plasticsmanufacturing, this book offers thecomputational procedures for designing

and optimizing machinery. All the cal-culations can be performed on site witha pocket calculator, while the machinesare running. This guide is a valuabletool to troubleshoot and estimate theeffect of design and process parameterson the product quality in plasticsprocessing.

Contents: Rheology. ThermodynamicProperties. Heat Transfer in PlasticsProcessing. Extrusion Screws and Dies.Injection Molding Equipment. Coolingand Melt Flow in Injection Molds.

W. Michaeli, H. Greif, L. Wolters,F. Vossebürger

Training in PlasticsTechnology 2EISBN 978-3-446-21344-9©2001, softcover,€ 79.90180 pages/143 gures

Use this authoritative source bookto guide newcomers in the plasticsindustry.Training in Plastics Tech-nology is a text and workbook thatprovides an introduction to the worldof plastics. This book is divided intoeducational units each of which coversa distinct subject area. Key questionsat the beginning of each lesson helpthe reader approach the subject matterwith certain questions in mind. Reviewquestions at the end of each lesson testthe knowledge acquired. The answerscan be checked against the lists ofcorrect answers at the end of thebook. This comprehensive best-sellingreference provides the fundamentalinformation you’ll need to understandboth processing and applications.

Page 7: K-Katalog E 2014

8/10/2019 K-Katalog E 2014

http://slidepdf.com/reader/full/k-katalog-e-2014 7/31

12 13

PROCESSING & MANUFACTURING

General Overview

W. Glenz

A Glossary of PlasticsTerminology in 7Languages 7EEnglish – German –Spanish – French – Italian –Russian – ChineseISBN 978-3-446-42320-6©2010, book and CD,€ 89.00480 pagesIncludes CD

Trying to serve plastics engineersspeaking different languages and tobreach the language barriers withinthe international plastics community,the idea was born to compile a glossaryof plastics terminology in severallanguages.

Companion CD: The glossary is nowalso available in electronic format.For the rst time it covers Chinese andRussian as well as English, French,Spanish, Italian, and German trans-lations of approximately 2,200 termsrelated to chemistry, properties, testingand technology of plastics. The userwill nd only one translation for anytechnical term in each language, usedmost often in the daily work of peopleinvolved with plastics.

T. Osswald, E. Baur,S. Brinkmann, K. Oberbach,E. Schmachtenberg

International PlasticsHandbook 4EThe Resource for PlasticsEngineersISBN 978-3-446-22905-1©2006, hardcover,€ 99.90920 pages/450 gures/177 tablesIncludes eBook

This comprehensive handbook provideseverything there is to know aboutplastics. From material properties tomachines, processing, and applications,the reader will nd detailed informationfor the successful implementation ofnew materials and technologies. Thisconcise, modern reference not only ex-plains the basic facts and interrelation-ships about plastics but also offers apractical guide for engineers to succeedin today’s challenging global industrialworld.

Contents: Introduction. MaterialsScience of Polymers. Properties andTesting. Plastics Processes. EngineeringDesign. Materials. Polymer Additives.Appendices: Material Property Tables.Literature. Polymer Research Institutes.Tradenames.

J. Shoemaker

Moldow Design GuideA Resource for PlasticsEngineersISBN 978-3-446-40640-7©2006, hardcover,€ 149.90346 pages/241 gures/15 tables

This book helps plastics designersand engineers solve common problemsaficting plastic parts and molds.Moldow pioneered injection moldingsimulation in 1978 and has helped over5,000 manufacturers make better partsfaster and with higher prot. Whetheryou use Moldow software or not, thisguide is an indispensable tool to under-standing plastic ow, CAE analysis andresults, and cooling and warp effects

to aid in the successful design andmanufacture of parts and molds.

The book includes an overview ofpolymer ow behavior and the injectionmolding process, design principles tofacilitate integrated part and molddesign, and examples of how Moldowtechnology can be used both to solveproblems and optimize design andmanufacturing.

R.J. Del Vecchio

Understanding Designof ExperimentsISBN 978-3-446-18657-6©1997, softcover,€ 39.90188 pages/42 gures/5 tables

This book explains the basics under-lying designed experiments, suppliesinstructions on how to use several familiesof convenient designs, and gives anoverview on assorted subtopics of thelarge eld that comprise the design ofexperiments.

Providing an introduction to the designof experiments, this text leads thereader step by step through the basicconcepts and practices of this metho-dology. Special coursework or degree is

not necessary, because this book usesuncomplicated language and readilyunderstandable examples to introduceample background theory. The focus ison providing the reader with workingskills.

General Overview · Mixing & Compounding

A. Limper

Mixing of RubberCompoundsISBN 978-3-446-41743-4©2012, hardcover,€ 129.90252 pages/186 gures

It is a characteristic of the rubberindustry that compounds are usuallynot bought from a supplier but com-pounded in an in-house mixing facility.The different mixing technologies addyet another degree of freedom to thetailoring of compound properties.

This book covers the major aspects ofrubber compounding. For the rst time,the reader nds all relevant issues--whether it is machine design, processtechnology, or material parameters-

-covered in one comprehensive volume.Contents: Internal Mixer – Congura-tion and Design. Processing Aspects ofRubber Mixing. Mixing Characteristics ofPolymers in an Internal Mixer. InternalMixer – A Reaction Vessel. Effect of P ro-cess Parameters on Product Properties.Dispersion and Distribution of Fillers.

I. Manas-Zloczower

Mixing andCompoundingof Polymers 2ETheory and PracticeISBN 978-3-446-40773-2©2009, hardcover,€ 299.001200 pages/1213 guresIncludes eBook

Completely updated, the second editionof this classic handbook provides arepresentative state-of-the-art reviewof mixing and compounding technologyin polymer processing. It covers allaspects of mixing, from the basicprinciples to the various practicalapplications, with due consideration tomaterial properties and mixing devices.

Contents: Mechanisms and Theory.Mixing Equipment–Modeling, Simulation,Visualization. Compounding. MixingPractices.

eBook Bonus: Now get full-text searchcapability in this treasure trove ofinformation for the plastics professional.Included free with the purchase of thisbook is an online access code for theelectronic version.

Page 8: K-Katalog E 2014

8/10/2019 K-Katalog E 2014

http://slidepdf.com/reader/full/k-katalog-e-2014 8/31

14 15

PROCESSING & MANUFACTURING

Mixing & Compounding

A. Müller

Coloring of PlasticsFundamentals – Colorants –PreparationsISBN 978-3-446-22346-2©2003, hardcover,€ 129.90278 pages/31 gures

This book describes the various aspectsof coloring plastics, such as theconstruction of the processing machine,the processing technology, quality assu-rance of the raw materials and nal pro-ducts, toxicology of the raw materials,and the legal aspects from t he handlingof all ingredients during the productionof a color preparation to the processingof plastic parts. It also includes thesafe use of the plastic products in their

specic application.Partial Contents: Methods Used toColor Plastics. Requirements for ColorPreparations. Composition of ColorPreparations. Colorants for Polymers.Additives for Polymers. ProcessingErrors and Their Elimination. QualityAssurance. Mold Construction. Legislation.List of Colorants.

J. White, A. Coran, A. Moet

Polymer MixingTechnology and EngineeringISBN 978-3-446-18495-4©2001, hardcover,€ 99.90253 pages/158 gures

There has been an increase in thedevelopment and production of newpolymer blends and the preparation ofcompounds of polymers of carbon black,various bers, and inorganic particles.These developments have led to ablending/compounding industry, whichsits between the polymer producers andthe manufacturers of shaped productssuch as injection molders. This bookexamines the characteristics of polymerblends and compounds and describes

the mechanisms of mixing and blendingtechnology and ow mechanisms inmixing equipment.

Partial Contents: Mechanisms ofMixing. Overview of Mixing Machinery.Batch and Internal Mixers. Single ScrewExtruder. Buss Kneaders. Co-RotatingSingle Screw Extruders. Counter-RotatingTwin Screw Extruders. ContinuousMixers. Feeding and Feeders.

H. Rees

UnderstandingInjection Mold DesignISBN 978-3-446-21587-0©2001, softcover,€ 59.90127 pages/36 gures

This book provides the reader with t heground rules for designing injectionmolds. It explains the basic mold prin-ciples regardless of what size and typeof product is to be injection molded,whether the mold is small or large, hassingle or multiple cavities, and whodesigns or builds the mold.

Contents: Starting New in the MoldDesign Field. The Basics of an InjectionMolding Machine. Understanding theBasics of the Injection Mold. Before

Starting to Design a Mold: MachineSpecication, Mold Design, Preload,Mold Material Selection, Stack Molds,Mold Layout and Assembly Drawings.Review and Followup. Typical Examples.Estimating of Mold Costs. Machining,Mold Materials, and Heat Treatment.

A. Illig

ThermoformingA Practical GuideISBN 978-3-446-21451-4©2001, hardcover,€ 99.90250 pages/219 gures

This book provides comprehensive in-formation on thermoforming principlesand processes. It introduces students,as well as engineers and technicianswith experience in this eld, to thisarea of plastics manufacturing.

The reader will nd extensive infor-mation on thermoforming- relatedsubjects, from materials’ properties andprocessing data, to machines, tools,and trouble shooting.

Contents: Thermoplastics. BasicPrinciples and Terms Applied in Ther-moforming. Thermoforming Procedures.Heating of Thermoplastics FormingMaterials. Heatbalancing of Thermo-forming Tools. Demolding. Finishing ofThermoformed Articles. Possible Pitfallswith Thermoforming. ThermoformingTools.

J. Throne

UnderstandingThermoforming 2EISBN 978-3-446-40796-1©2008, excover, € 69.90280 pages/110 gures/26 tables

Modern thermoforming practice is abalance of practical experience and theapplication of engineering principles.This very practical book introduces theprocess, its tools and machinery, andthe commonly used materials to novicesand practicing engineers alike.

Contents: General Forming Concepts.Part Design Machinery for the Thick-Gauge Forming Process. Machineryfor the Light-Gauge Forming Process.Machines for Other Applications Molds

and Mold Design. Methods of HeatingSheet. Sheet Stretching and Cooling.Trimming. Polymers and PlasticsQuality Control. Comparison with OtherTechnologies. Pragmatic Aspects ofThermoforming.

PhD DissertationData Basewww.kunststoffe.de/dissertationen

Journal ofPlastics Technology www.plasticseng.com

First-hand, fast and accurate infor-mation – this is what you will findin the peer-reviewed online Journalof Plastics Technology .

Six annual issues provide:• Information on a wide range of topics

• Online access and archive provided byHanser Publishers

• Download of all papers at no charge!

PhD dissertations provide new andrelevant information in the innova-tive field of plastics technology –here you have access to a broadvariety of systematically selectedpapers.

Thermoforming · Injection Molding

Page 9: K-Katalog E 2014

8/10/2019 K-Katalog E 2014

http://slidepdf.com/reader/full/k-katalog-e-2014 9/31

16 17

PROCESSING & MANUFACTURING

Injection Molding

P. Kennedy, R. Zheng

Flow Analysis ofInjection Molds 2EISBN 978-1-56990-512-8©2013, hardcover,€ 179.99380 pages/37 gures

Injection molding is arguably the mostsuccessful area of modeling and simu-lation for any polymer forming process.This is demonstrated by the numberof companies devoted to developmentof software for molding simulation.This book describes modern moldingsimulation technology for users andresearchers. It provides the major tech-nologies used and assumptions madeby commercial codes so as to provide aguide to users of limitations and a basisfor further development. Ideas andapproaches for improving simulationtechnology for ber-lled and semi-crystalline materials are provided.

Partial Contents: Stress and Strain inFluid Mechanics. Material Properties.Governing Equations. Approximationsfor Injection Molding. NumericalMethods. Improved Fiber Orientationand Mechanical Property Modeling.Long Fibers.

H. Pruner, W. Nesch

UnderstandingInjection MoldsISBN 978-1-56990-527-2©2013, softcover,€ 69.99160 pages/144 gures/14 tables

This book imparts the knowledge ofinjection mold tools. Instead of themature designer, it targets the beginnerand fabricator who want to learn theinjection mold tool essentials quicklyand comprehensively.

It uses a compact style to describeall sub-assemblies of an injectionmold tool and emphasizes the processtechnological aspects when choosingthe tool.

The book is also written for the novicetoolmaker and teaches all the possiblecombinations and their impact on aawless production of molded parts. Itdescribes injection tools for thermo-plastic, thermoset, and elastomerprocessing.

Contents: Basic Mold Design. Types ofDemolding in Two-Platen Molds. GateTechnology. Standard Parts. TemperatureControl. Special Designs. Mold SurfaceTreatment. Machining Processes. Care,Maintenance and Storage.

S. Kulkarni

Robust ProcessDevelopment andScientic MoldingTheory and PracticeISBN 978-3-446-42275-9©2010, hardcover,€ 129.90272 pages/172 gures/33 tables

The book introduces the concept of scien-tic processing for injection molding.A section on design of experiments forinjection molding provides insight tothe cosmetic and dimensional processwindows. This book also includes a planto release qualied molds into produc-tion, trouble shooting tips, and to picsthat impact a robust process such asthe use of regrind, mold cooling, andventing.

Partial Contents: Introduction toScientic Processing for InjectionMolding. Introduction to Polymers.Polymer Rheology. Plastic Drying.Plastic Materials, Fillers and Additives.Injection Molding. Scientic Processingand Scientic Molding. Design of Ex-periments for Injection Molding. Typesof Process Windows and Alarm Limits.Quality Control Concepts. ProductionRelease of the Molds.

C. Rauwendaal

SPC: StatisticalProcess Control inInjection Moldingand Extrusion 2EISBN 978-3-446-40785-5©2008, hardcover,€ 129.90264 pages/159 gures/44 tables

Many SPC training programs are taughtby people that are familiar withstatistics but know little about processtechnology. Successful implementationof SPC also requires process know-how.This book teaches not only the princip-les of SPC but also basic injection mol-ding and extrusion process technology.It also includes lists of commerciallyavailable software for SPC and DOE.

Contents: Injection Molding Techno-logy. Extrusion Technology. Plasticsand Plastics Properties Importantin Injection Molding and Extrusion.Introduction to Statistical ProcessControl. Data Collection, Data Analysis,and Problem Solving Measurement.Control Charts. Process Capability andSpecial SPC Techniques for Moldingand Extrusion. Other Tools to ImproveProcess Control.

T. Osswald, L. Turng, P. Gramann

Injection MoldingHandbook 2EISBN 978-3-446-40781-7©2007, hardcover,€ 179.90784 pages/570 gures/63 tables

Serving engineers, professionals, andothers involved in the injection moldingindustry, this handbook thoroughlycovers every detail of the machine andthe process. This all-encompassingresource also includes the topicsdirectly affecting the injectionmolding process, such as materials,process control, simulation, design,and troubleshooting. The handbookpresents a well-rounded overview ofthe underlying theory and physics thatcontrol the common injection moldingprocess variation, without losing thepractical hands-on presentation usedthroughout.

Contents: Injection Molding Materials.Processing. Plasticating Unit. ClampingUnit. Mold Design. Materials Handlingand Auxiliary Equipment. SPC inInjection Molding. Special InjectionMolding Processes. Injection MoldedPart Design. Simulation in InjectionMolding. Process Trouble Shooting.Materials Trouble Shooting.

M. Kamal, A. Isayev, S. Liu

Injection MoldingTechnology andFundamentalsISBN 978-3-446-41685-7©2009, hardcover,€ 299.00954 pages/582 gures/59 tablesIncludes eBook

This book surveys the state of thescience and technology of the injectionmolding process. It represents a com-prehensive, balanced mix of practicaland theoretical aspects for a wide rangeof injection molding applications. Theauthors of the 21 chapters are expertsand leaders in their respective areas ofspecialization in the injection moldingeld. While it is not possible to cover

all aspects of such a dynamic growingeld, the reader will nd sufcientinformation and background to becomeacquainted with key components of thescience and technology of injectionmolding.

eBook Bonus: Now get full-text searchcapability in this treasure trove of in-formation for the plastics professional.Included free with the purchase of thisbook is an online access code for theelectronic version.

PeterK.KennedyRong Zheng

Flow Analysis ofInjection Molds

2nd Edition

HarryPrunerWolfgang Nesch

Understanding

Injection Molds

Page 10: K-Katalog E 2014

8/10/2019 K-Katalog E 2014

http://slidepdf.com/reader/full/k-katalog-e-2014 10/31

18 19

PROCESSING & MANUFACTURING

Injection Molding

F. Johannaber

Injection MoldingMachines 4EA User’s GuideISBN 978-3-446-22581-7©2007, hardcover,€ 179.90390 pages/250 gures/35 tables

Since the publication of the 3rd editionof Injection Molding Machines, there has been considerable progress incertain process applications that makespecial demands on machinery andtheir control functions in particular.The book provides an elegant, succinctdescription of the injection moldingprocess.

By concentrating on a few key para-

meters, such as pressure, temperature,their rates, and their inuence on theproperties of moldings, it provides aclear insight into this technology. Thesubsequent comprehensive presentationof technical data relating to individualmachine components and performanceis unique and will be especially ap pre-ciated by practitioners.

W. Michaeli, H. Greif,G. Kretzschmar, F. Ehrig

Training in InjectionMolding 2EISBN 978-3-446-21418-7©2001, softcover,€ 79.90160 pages/100 gures

This text covers the entire eld ofinjection molding – from materials, toprocessing, to the recycling of injectionmolded parts. Key questions at thebeginning of each lesson help readerswork with specic objectives in mind.Review questions allow them to testtheir knowledge.

Contents: Fundamentals. The InjectionMolding Machine. The Plasticating andInjection Unit. The Mold. The Clamping

Unit. Hydraulics. Controls. The ElectricalSystem. The Injection Molding Process.Mold Design. Quality Assurance inInjection Molding. Recycling of PlasticWaste.

J. Beaumont

Runner and GatingDesign Handbook 2ETools for SuccessfulInjection MoldingISBN 978-3-446-40765-7©2007, hardcover,€ 149.90324 pages/331 gures/10 tables

For the rst time, both the art and thescience of designing runners and gatesare presented in a concise format. Triedand true runner and gating design t ech-niques successfully used with variousmaterials and molding applications aredescribed together with cutting-edgenew technologies.

This handbook helps determine the

optimum design, when to use whattype of runner systems, and how toisolate molding problems generatedfrom the gate and runner vs. othermolding issues Full-color 3-D graphics,illustrations and photographs as wellas charts, checklists, troubleshootingguides, and contributions from theindustry’s leading expert John Bozzellicomplete this handbook.

J. Avery

Gas-Assist InjectionMoldingPrinciples and ApplicationsISBN 978-3-446-21289-3©2001, hardcover,€ 99.90215 pages/202 gures

This book provides in-depth coverageof all aspects of designing, developing,and manufacturing parts using gas-assist injection molding, comparingthis relatively new technology to otherpossible manufacturing methods. Thereader will gain an understanding ofhow to identify the specic version ofthis technology best suited for his/ her application, as well as design andtooling details required to optimizecost and performance.

Contents: Overview. Techniques ofGas-Assist Injection Molding. Gas-AssistDesign. CAE Molding Simulation. Guide-lines for Designing and ManufacturingTools for Gas-Assist Injection Molding.Manufacturing with Gas-Assist InjectionMolding. Case Studies.

J. Shoemaker

Moldow Design GuideA Resource for PlasticsEngineersISBN 978-3-446-40640-7©2006, hardcover,€ 149.90346 pages/241 gures/15 tables

This book helps plastics designers andengineers solve common problemsaficting plastic parts and molds.Moldow pioneered injection moldingsimulation in 1978 and has helpedover 5,000 manufacturers make betterparts faster and with higher prot.Whether you use Moldow softwareor not, this guide is an indispensabletool to understanding plastic ow, CAEanalysis and results, and cooling and

warp effects to aid in the successfuldesign and manufacture of parts andmolds. Incorporating much of theknowledge developed at Moldow, thisbook includes an overview of polymerow behavior and the injection moldingprocess, design principles to facilitateintegrated part and mold design, andexamples of how Moldow technologycan be used both to solve problems andoptimize design and manufacturing.

G. Pötsch, W. Michaeli

Injection Molding 2EAn IntroductionISBN 978-3-446-40635-3©2007, softcover,€ 99.90256 pages/275 gures/25 tables

This book provides an overview ofthe injection molding process and allits related aspects, such as materialbehavior, machine and mold design.Although the book is highly useful toadvanced professionals, it is written inclear, simple language to enable beginnersto understand the technology. In

discussing the various operations relatedto the injection molding process,emphasis is placed on practical waysof processing and using plastics. The

second edition is expanded to includeall industrially relevant special injectionmolding techniques developed since thepublication of the rst edition.

Contents: Injection Molding Materials.Injection Molding Machine. InjectionMold. Process Control. Automation.Quality Assurance. Special InjectionMolding Techniques.

“... accomplishes its intended pur-pose of being an excellent [general]teaching aid.“

—Injection MoldingMagazine

Page 11: K-Katalog E 2014

8/10/2019 K-Katalog E 2014

http://slidepdf.com/reader/full/k-katalog-e-2014 11/31

20 21

PROCESSING & MANUFACTURING

Injection Molding

P. Unger

GastrowInjection Molds 4E130 Proven DesignsISBN 978-3-446-40592-9©2006, hardcover,€ 149.90345 pages/400 gures

Designing the perfect mold is probablythe most challenging task in plasticsprocessing, especially in injection mol-ding. The mold determines the quality,performance, and the protability of aplastic part. Neither modern computertechnology nor sophisticated CAEsoftware can substitute the experienceof the practicing mold engineer. Thisis why the “Gastrow” is so special toplastics engineers: 130 mold designsare presented in this extensivelyrevised edition of the great classic inmold making. Each of the case studieswas actually built, tested, and runsuccessfully in production. The bookis written by practitioners, describingproblem solving in the design and themanufacture of injection molds. Thewealth of information includes rulesof thumb, design details, and practicaltips invaluable for everyone involvedin this eld.

H. Rees, B. Catoen

Selecting InjectionMoldsWeighing Cost versusProductivityISBN 978-3-446-40308-6©2006, hardcover,€ 129.90240 pages/213 gures/12 tables

This book explains to the mold designerthe importance of knowing the ex-pected productivity of the mold andhow this information affects the costof the planned mold and the cost ofthe molded product. It suggests manyapproaches to reduce mold cost andalso to improve productivity by often

just simple design changes. Above all,it emphasizes again and again thatthe ultimate goal is not to procure thelowest cost but to produce the lowestcost product.

Contents: How to approach selectionof the mold features. How productivityaffects mold selection. How selectionof design features affects mold cost.How to reduce mold and product co stby simple design changes. How toapproach estimating mold cost.

G. Menges, W. Michaeli,P. Mohren

How to MakeInjection Molds 3EISBN 978-3-446-21256-5©2001, hardcover,€ 249.00632 pages/610 gures/62 tables

This classic covers all aspects of injectionmold design and manufacturingincluding material selection, generalmold design, fabricating cavities andcores, dimensioning for mechanicaland thermal design, and venting.

Partial Contents: Mold Making Tech-niques. Mold Costs. Runner Systems.Gates. Venting of Molds. Heat Exchange.Shrinkage. Mechanical Design. Shiftingof Cores. Ejection. Alignment. Computer

Assisted Mold Design. Maintenance.Mold Standards. Correction of MoldingDefects. Special Processes/Molds.

J. Greener, R. Wimberger-Friedl

Precision InjectionMoldingProcess, Materials,and ApplicationsISBN 978-3-446-21670-9©2006, hardcover, € 149.90344 pages/168 gures/15 tables

One key aspect of the production ofhigh precision components is the needto meet extremely tight dimensionaltolerances, often in the submicron ran-ge, and maintain these tolerances overthe practical lifetimes of the moldedarticles. This boo k examines precisioninjection molding from differentperspectives, covering materials,process, mold and machine aspects ofthe technology, with special emphasison factors affecting the dimensionalintegrity and stability of the moldedcomponents. Special topics coveredin this volume include: mechanismsof dimensional instability of moldedplastics, models for prediction ofwarpage and shrinkage, crystallizationphenomena in injection molding,process control, optical disc molding,micro-molding and microstructurereplication for microuidics.

P. Unger

Hot Runner TechnologyISBN 978-3-446-40584-4©2006, hardcover,€ 129.90249 pages/210 gures/25 tables

Quality and protability of injectionmolding operations can be considerablyinuenced by the hot runner system.The many variations and designprinciples of hot runners are material-dependent and therefore not universallyapplicable. Knowing about andrecognizing these limitations will makeor break a molder’s success. This bookprovides a comprehensive overview ofhot runner technology, advantageousdesign principles, and applications. Itincludes the necessary basics as well asmany proven designs and application

examples.Contents: Heat Technology. HotRunner Components. Heating ManifoldBlocks. Heating of Hot Runner Nozzles.Temperature Measuring and Controlling.Material Behavior under Stress.Corrosion and Wear. Screw Connectionsand Material Selection. Basic PlasticsTechnology. Maintenance and StorageMolds. Design. Suppliers of Hot RunnerSystems.

D. Kazmer

Injection MoldDesign EngineeringISBN 978-3-446-41266-8©2007, hardcover,€ 129.90444 pages/280 gures/53 tables

This book offers a vision and structureto synergize all the engineeringdisciplines that converge in the molddesign process. Topics are presented ina top-down manner, from introductorydenitions and the “big picture” to lay-out and detailed design of molds. Thisbook provides pragmatic analysis withworked examples that can be adaptedto real-world mold design applications.It helps students and practitionersto understand the inner workings ofinjection molds and encourage them tothink “outside the box” in developinginnovative and highly functional molddesigns.

Contents: Plastic Part Design. MoldCost Estimation. Mold Layout Design.Cavity Filling Analysis and Design. FeedSystem Design. Gating Design. Venting.Cooling System Design. Shrinkage andWarpage. Ejection System Design. Struc-tural System Design. Mold Technologies.

“[This book is] an example of howbooks should be written .... [it] willbe used by molders, mold designersand moldmakers and will become astandard.”

—Polymer News

Page 12: K-Katalog E 2014

8/10/2019 K-Katalog E 2014

http://slidepdf.com/reader/full/k-katalog-e-2014 12/31

22 23

PROCESSING & MANUFACTURING

Extrusion

M. Noriega, C. Rauwendaal

Troubleshooting theExtrusion Process 2EA Systematic Approach toSolving Plastic ExtrusionProblemsISBN 978-3-446-42244-5©2010, hardcover,€ 99.90208 pages/152 gures/29 tables

Troubleshooting extrusion problems isone of the most challenging tasks inextrusion operations. It requires a goodunderstanding of the extrusion process,knowledge of the material properties,good instrumentation, good analysistools, and a systematic and logicalapproach. This book addresses all issues

crucial in extrusion troubleshooting.In addition, industrial case studies,richly illustrated with photographs andphotomicrographs, are used to provideexemplary approaches to efcient prob-lem analysis and problem solving.

Partial Contents: Requirements forEfcient Troubleshooting. Tools forTroubleshooting. Systematic Trouble-shooting. Case Studies.

C. Rauwendaal

UnderstandingExtrusion 2EISBN 978-3-446-41686-4©2010, softcover,€ 89.90248 pages/184 gures/16 tables

No engineering degree required! Thisbook presents basic information onextrusion technology. Written foroperators, supervisors, technical serviceprofessionals, as well as newcomers tothe industry and students, this bookintroduces the process, machinery,process control, materials, and troubleshooting tips. The extended secondedition covers high-speed extrusion,how to reduce material cost, efcientextrusion, purging and productchangeover, how to reduce energyconsumption, and new developments inextruder screw design.

Contents: Extrusion Machinery. Instru-mentation and Control and ExtrusionLines. Complete Extrusion Lines. Plasticsand Properties Important in Extrusion.How an Extruder Works. How to Run anExtruder. How to Troubleshoot ExtrusionProblems. New Developments.

C. Chung

Extrusion ofPolymers 2ETheory & PracticeISBN 978-3-446-42409-8©2010, hardcover,€ 179.90504 pages/231 gures/17 tables

Single-screw extrusion technology ispresented together with the relevantpolymer fundamentals, with an emphasison screw design. The book provides anin-depth tutorial for the conceptualunderstanding and an analytical partwith mathematical models. Practicalapplications of the mathematical mo-dels are illustrated by examples. A briefdescription of twin-screw extrusiontechnology is also presented.

Contents: Physical Description ofSingle-Screw Extrusion. Fundamentalsof Polymers. Theories of Single-ScrewExtrusion. Screw Design, High-Per-formance Screws, and Scale-Up. GearPumps, Static Mixer, and Dy namic Mixer.Physical Description of Twin-ScrewExtruders.

K. Cantor

Blown FilmExtrusion 2EAn IntroductionISBN 978-3-446-41705-2©2011, hardcover,€ 99.90180 pages/108 guresIncludes CD

From hardware and materials throughprocessing and properties, this bookpresents a broad coverage of blownlm extrusion and offers a balance oftheory and practice. It explains certaineffects in the blown lm p rocess soreaders can troubleshoot and improvetheir operations. Also, current practicesand equipment are emphasized tokeep readers up to date with the mostproductive and efcient technology.

Contents: Materials for Blown Film.Extrusion Overview. Hardware for BlownFilm. Processing. Coextrusion. FilmProperties. Troubleshooting.

Companion CD:The Blown FilmExtrusion Simulator enhances thelearning process by teaching blownlm extrusion equipment operation andprocessing principles.

C. Rauwendaal

Polymer Extrusion 5EISBN 978-1-56990-516-6©2013, hardcover,ca. € 149.99ca. 800 pages

Initially published "to bridge thegap between theory and practice inextrusion," this 5th edition of PolymerExtrusion continues to serve the practi-cing polymer engineer and chemist,providing the theoretical and thepractical tools for successful extrusionoperations. In its revised and expandedform, it also incorporates the many newdevelopments in extrusion theory andmachinery over the last years.

Contents: Different Types of Extruders ·Extruder Hardware · Instrumentationand Control · Fundamental Principles· Important Polymer Properties ·Functional Process Analysis · ExtruderScrew Design · Die Design · Twin ScrewExtruders · Troubleshooting Extruders ·Modeling and Simulation of theExtrusion Process

G. Campbell, M. Spalding

Analyzing and Trouble-shooting Single-ScrewExtrudersISBN 978-3-446-41371-9©2013, hardcover,€ 249.99800 pages

The book is an excellent resourceon the fundamentals of single-screwextrusion. These fundamentals are com-bined with the chemistry of polymersand the physical properties related toprocessing to efciently troubleshootand optimize extrusion processes. Thisbook provides over 30 case studies fortroubleshooting extrusion problems,describing the relationship betweenthe process and the physical properties

of the resin. A solution is described indetail for implementation. Some of thephysical properties related to single-screw processing that are presented indepth include rheology, heat capacity,dynamic friction, bulk density andpellet compaction, and melt density.

Partial Contents: Single-Screw Extru-sion: Introduction and Troubleshooting.Polymer Materials. Introduction toPolymer Rheology for Extrusion.

GregoryA.CampbellMarkA.Spalding

Analyzing andTroubleshootingSingle-Screw Extruders

Chris Rauwendaal

PolymerExtrusion

5 th Edition

Page 13: K-Katalog E 2014

8/10/2019 K-Katalog E 2014

http://slidepdf.com/reader/full/k-katalog-e-2014 13/31

24 25

J. White, E.K. Kim

Twin ScrewExtrusion 2ETechnology and PrinciplesISBN 978-3-446-42272-8©2010, hardcover,€ 149.90336 pages/227 gures/43 tables

This book distinguishes between thedifferent types of twin screw extrudersand clearly describes their capabilities.It examines the fundamentals, deve-lopment, and technology of twin screwextruders widely used for compounding,blending, reactive extrusion, anddevolatilization.

Partial Contents: Overview ofMulti-Screw Extruders. Background:

Polymer Properties and Flow Principles.Single Screw Extrusion. Technology ofIntermeshing Co-Rotating Twin ScrewExtruders. Flow Mechanisms and Mode-ling of Intermeshing Co-Rotating TwinScrew. Extruders. Experimental Studiesof Intermeshing Co-Rotating Twin ScrewExtruders. Technology of IntermeshingCounter-Rotating Twin Screw Extruders.Flow Mechanisms and Modeling ofIntermeshing Counter-Rotating Twin.Screw Extruders.

Extrusion

PROCESSING & MANUFACTURING

H. Harris

Extrusion ControlMachine – Process – ProductISBN 978-3-446-22167-3©2004, hardcover,€ 89.90162 pages/62 gures

Discover how quality in extrusion canbe measured, controlled, and improved.This book offers an understanding ofhow extruders should be controlled andwhat good closed-loop controls canaccomplish. Based on the author’s yearsof experience, this book describes howto tackle the problems an extrusionoperator faces. It is a helpful tool toimprove and stabilize the extrusion pro-cess, thus facilitating a more protableoperation.

Contents: Extruder, Puller, Cutter,Control. Control of the Machine. Tem-perature, RPM. Control of the Process.Melt Temperature, Melt Pressure, MeltPump. Control of the Product. Sheet,Blown Film, Tubing and Pipe, Prole,Wire Insulation. Specialty Extrusion.Coextrusion, “Bump” Tubing, Alterna-ting Polymer, Measurement and Controlof Viscosity, Unattended Operation.Statistical Quality Control.

J. Throne

ThermoplasticFoam ExtrusionAn IntroductionISBN 978-3-446-22848-1©2004, hardcover,€ 69.90150 pages/57 gures/30 tables Foams enjoy growing popularitybecause they have unique insulatingproperties, impact-resistant charac-teristics, buoyancy, and outstandingstrength-to-weight ratios. This uniqueintroduction covers both low- and high-density thermoplastic foams in an easy-to-follow style, avoiding excursions intothe theoretical aspects of foam processing.This book includes information onmaterials and their properties and allmajor foam extrusion processes, as wellas a comprehensive troubleshootingguide, designed to help newcomers aswell as seasoned practitioners navigatethe pitfalls of foam production.

Contents: Foam Materials. Flow Cha-racteristics of Foamable Polymers. TheFoaming Process. Extrusion Equipment.Processing Variants. Mechanical Designof Foams. Troubleshooting Guides.Glossary of Foam Terms.

K. Kohlgrueber

Co-Rotating Twin-ScrewExtrudersFundamentals, Technology,and ApplicationsISBN 978-3-446-41372-6©2007, hardcover,€ 179.90369 pages/390 gures/22 tables

Co-rotating screws are used in manybranches of industry for producing,preparing and processing highly viscousmaterials. These machines usuallyhave modular congurations and arethus quite exible for adapting tochanging tasks and material properties.Well-founded knowledge of machines,processes and material behavior arerequired in order to design twin-screwextruders for economically successfuloperations.

This book provides basic engineeringknowledge regarding twin-screwmachines; it lists the most importantmachine-technical requirements andprovides examples based on actualpractice. Better understanding of theprocesses is emphasized as this is aprerequisite for optimizing twin-screwdesigns and operating them efciently.

C. Rauwendaal

SPC: StatisticalProcess Control inInjection Moldingand Extrusion 2EISBN 978-3-446-40785-5©2008, hardcover,€ 129.90264 pages/159 gures/44 tables

Many SPC training programs are taughtby people that are familiar withstatistics but know little about processtechnology. Successful implementationof SPC also requires process know-how.This book teaches not only the princip-les of SPC but also basic injection mol-ding and extrusion process technology.It also includes lists of commerciallyavailable software for SPC and DOE.

Contents: Injection Molding Techno-logy. Extrusion Technology. Plasticsand Plastics Properties Importantin Injection Molding and Extrusion.Introduction to Statistical ProcessControl. Data Collection, Data Analysis,and Problem Solving Measurement.Control Charts. Process Capability andSpecial SPC Techniques for Moldingand Extrusion. Other Tools to ImproveProcess Control.

D. Klempner, V. Sendijarevic

Handbook of PolymericFoams and FoamTechnology 2EISBN 978-3-446-21831-4©2004, hardcover,€ 299.00603 pages/241 gures

This handbook helps engineers to de-velop practical solutions for industrialdesign and manufacturing challenges.It describes all classes of polymericfoams, including their chemistry,synthesis, commercial productionmethods, properties, and applications.Many industry issues – such as environ-mentally acceptable blowing agents,combustibility, and solid waste disposal– are addressed.

Partial Contents: Fundamentals ofFoam Formation. Cellular Structureand Properties of Foamed Polymers.Flexible/Rigid Polyurethane Foams.Polyisocyanurate Foams. RIM and RRIMFoams. Polystyrene and StructuralFoams. Polyolen Foams. PVC Foams.Epoxy Foams. Latex Foams. SiliconeFoams. Fluoropolymer Foams. WoodComposite Foams. Phenolic Foams.Flame Retardancy of Polymeric Foams.

Extrusion · Foams

Page 14: K-Katalog E 2014

8/10/2019 K-Katalog E 2014

http://slidepdf.com/reader/full/k-katalog-e-2014 14/31

26 27

PROCESSING & MANUFACTURING

Blow Molding

N. Lee

UnderstandingBlow Molding 2EISBN 978-3-446-41265-1©2007, softcover,€ 89.90194 pages/218 gures/15 tables

This book offers hands-on, practicalapplications that benet those newto the plastic blow molding industry,as well as those who are experiencedbut may not have been exposed to allfacets of a blow molding plant. All dis-ciplines—such as engineering, marke-ting, design, research and development,and operations—will gain insight intosolving the everyday problems of a blowmolding operation. This edition provi-des a comprehensive troubleshootingguide that proves particularly helpful toany practitioner.

Contents: Introduction to Plastic BlowMolding. The Basic Process. PolymerMaterials. Extrusion Blow Molding.Injection Blow Molding. ExtrusionTechniques. Guidelines to Selecting In-dustrial Machines. Extrusion AdvancedSystems. Understanding Extrusion BlowMolds. Understanding Injection BlowMolds. Finishing. Troubleshooting.

D. Rosato, A. Rosato, D. DiMattia

Blow MoldingHandbook 2EISBN 978-3-446-22017-1©2004, hardcover,€ 349.00642 pages/250 gures/50 tables

An industry standard, this bookprovides insight to critical areas suchas product design, meeting performancerequirements, reducing cost, and zerodefect targets. The information presen-ted is of value to fabricators, designers,and engineers and it also provides arm basis for the beginner. The intentis to provide a complete review of theimportant aspect of the blow moldingprocess that goes from the practical tothe theoretical and from the elementaryto the advanced.

Partial Contents: Plasticator MeltingOperation. Extrusion BM. Injection BM.Stretch BM. Tooling. Plastic Types andProcessability. Fundamentals of ProductDesign. Process Control. Computer Ope-ration. Process Selection and AuxiliaryEquipment and Secondary Operations.Troubleshooting and Maintenance.

N. Lee

Blow MoldingDesign Guide 2EISBN 978-3-446-41264-4©2008, softcover,€ 129.90288 pages/224 gures

The second edition of this widelyaccepted book provides a generalunderstanding of the blow moldingprocess. It offers a practical, hands-onapproach, concentrating on real life,day-to-day problems faced by thoseworking to create cost-effective blowmolded parts. The author uses anintegrated approach to plastic partdesign, considering material properties,process benets and limitations, moldengineering, decoration, nishing,and assembly techniques, while alwayskeeping a focus on manufacturabilityissues.

Contents: Overview. Blow MoldProcess/Extrusion Blow Molding.Materials. Molds/Basic. Construction.Basic Design Considerations. Designof Bottles. Industrial and Large Parts.Other Products. CAD in Blow Mold PartDesign. Finishing and Decoration ofBlow Molded Products. Fastening andJoining. Economics of Blow Molding.

Other Processes

R. Wolf

Plastic SurfaceModicationSurface Treatmentand AdhesionISBN 978-3-446-41270-5©2010, hardcover,€ 99.90192 pages/102 gures/26 tables

Although polymer surface modicationhas been investigated by academiaand industry, relatively little attentionhas been paid to surface activationtechnologies which, when appropriatelyutilized, make specic polymer-basedsurfaces receptive to value-addinginterfaces such as inks, coatings, andadhesives.

This book describes the polymeradhesion issues faced by manufacturers,processors, and converters; outlinesmethods for attaining an appropriatelyactivated surface; and provides the dia-gnostics for various adhesion promotionissues and troubleshooting guidelines.

Partial Contents: Primary PolymerAdhesion Issues. Treatment Technolo-gies: Air Plasma, Ozone, Flame Plasma,Chemical Plasma. Applying SurfaceModication Methods.

F. Wolff-Fabris, V. Altstädt,U. Arnold, M. Döring

Electron Beam Curingof CompositesISBN 978-3-446-42405-0©2010, hardcover,€ 89.90136 pages/83 gures/13 tables

Electron beam curing technology foradvanced composites has emerged asa credible and attractive alternativeto thermal curing for most compositeproducts. Technical advantages, such asaerospace structures, include curing atroom temperature, using low-cost tooling,and the ability to fabricate large integ-rated structure including structures toolarge to t inside autoclaves. Studiesby aerospace companies have shownpotential cost savings of 10-60 % byusing electron beam curing.

Both theoretical and practical aspectsof electron beam curing of compositesare presented to bridge academic know-ledge and industrial applications.

Partial Contents: Aspects of Mate-rials. Applied to Composite MoldingTechnologies. Current Limitationsand Potentials. Research Trends andProjects. Examples.

A. Pocius

Adhesion and AdhesivesTechnology 3EAn IntroductionISBN 978-3-446-42748-8©2012, hardcover,€ 179.90386 pages

The emphasis of this book is onunderstanding the science of adhesion.Each section or chapter starts with asimple view of the subject area andthen builds to a point at which moredetail is available for the reader who isor wants to be a practitioner of the artand science of adhesion.

Partial Contents: Mechanical Proper-ties. Mechanical Tests of Adhesive Bond

Performance. Basics of IntermolecularForces and Surface Science. Basic Phy-sical/Chemical Properties of Polymers.Relationship of Surface Science andAdhesion Science. Surface Preparationof Adherends for Adhesive Bonding.Chemistry and Physical Properties ofStructural Adhesives.

Alphonsus V.Pocius

Adhesion and Adhesives Technology An Introduction

3rd Edition

FelipeWolff-Fabris VolkerAltstädtUlrich ArnoldManfred Döring

Electron Beam Curingof Composites

“Very highly recommended“

—Adhesives & Sealants Newsletter

Page 15: K-Katalog E 2014

8/10/2019 K-Katalog E 2014

http://slidepdf.com/reader/full/k-katalog-e-2014 15/31

28 29

PROCESSING & MANUFACTURING

Other Processes

B. Stritzke

Custom Molding ofThermoset ElastomersA Comprehensive Approachto Materials, Mold Design,and ProcessingISBN 978-3-446-41964-3©2009, hardcover,€ 99.90200 pages/156 gures/8 tables

This book covers chemistry of thermo-set elastomers but only to the extentneeded for understanding how toprocess them through a manufacturingenvironment and how they react invarious manufacturing methods. Thefocus of the book is to provide in-depthcoverage of tooling, processing, and

secondary operations that can improvemanufacturing efciencies. Detailed andeasy to understand diagrams displayspecic conditions and how they can beimproved upon. Innovative ideas andsolutions are shared and discussed.

Partial Contents: Introductionto Thermoset Elastomer Chemistry.Compounding, Mixing and Equipment.Materials. Product Design. MaterialTesting for TSE. Polymer Flow. MoldingMethods and Related Topics.

G. Beall

Rotational MoldingDesign, Materials, Tooling,and ProcessingISBN 978-3-446-18790-0©1998, hardcover, € 89.90258 pages/95 gures/14 tables

A highly versatile process, rotationalmolding allows for incredible designexibility with the added benet of lowproduction costs. One of its advantagesover other plastics processes is thatone can mold more complex shapeswith uniform wall thickness. Theemphasis of this book is on productdesign while providing an introductionto the process. It also helps readersunderstand and apply the manufactu-

ring techniques involved in rotationalmolding.

Contents: The Rotational MoldingIndustry. Rotational Molding Materials.Design Considerations. Rotational Mol-ding Molds. Understanding the Process.Costing Considerations. When to ChooseRotational Molding.

D. Grewell, A. Benatar, J. Park

Plastics and CompositesWelding HandbookISBN 978-3-446-19534-9©2003, hardcover,€ 99.90423 pages/311 gures

This comprehensive handbook coversall commercially available weldingprocesses. It helps the reader select thebest-suited process for their applicationand provides an understanding of eachprocess by presenting the limitationsand benets. It focuses on practical as-pects – such as weldability, optimizingpart design, troubleshooting, and tes-ting – and conveys the basic theoreticalprinciples of plastic welding, such assqueeze ow, molecular diffusion, andheat transfer mechanisms.

Contents: Steps in Plastics and Compo-sites Welding. Heated Tool (Hot Plate)Welding. Hot Gas Welding. ExtrusionWelding. Implant Induction (Electro-magnetic) Welding. Resistive ImplantWelding. Ultrasonic Welding. Linear andOrbital Vibrations Welding. Spin Welding.Radio Frequency Welding. Infrared andLaser Welding. Microwave Welding.Guidelines for Process Selection. Testingof Weld Joints.

R. Davé, A. Loos

Processingof CompositesISBN 978-3-446-18044-4©2000, hardcover,€ 249.00504 pages/222 gures

Composites are said to be the mate-rials of the future. Advanced polymercomposites are beginning to be usedin down-to-earth structures such asbridges, buildings, and highways. Theobjectives of this book are to providean overview of the fundamental prin-ciples underlying composite processingand to summarize the most importantprocesses for composite manufacturing.

Partial Contents: Chemistry, Kinetics,and Rheology of Thermoplastic Resins.

Thermoset Resin Cure Kinetics andRheology. Phase Separation andMorphology of Toughened Thermosets.In Situ Frequency Dependent DielectricSensing of Cure. Modeling. Transport ofHeat, Mass, and Momentum in Proces-sing. Void Growth and Dissolution.

B. Davis, P. Gramann,T. Osswald, A. Rios

Compression MoldingISBN 978-3-446-22166-6©2003, hardcover,€ 79.90208 pages/150 gures/25 tables

This book not only covers the advan-tages and disadvantages of moldingoperations with SMC/BMC (thermo-setting) and GMT/LFT (thermoplastic)materials but also provides the readerwith relatively simple models for mo-nitoring, troubleshooting, and qualitycontrol of their process. Also covered isthe important role of ber reinforce-ment—how the quantity, length andber orientation inuence part strengthand stiffness.

Contents: Materials. Process Overview.Mold Filling. Solidication. MechanicalProperties.

T. Osswald, G. Menges

Materials Scienceof Polymers forEngineers 3EISBN 987-156990-514-2©2012, hardcover,€ 99.90616 pages/525 gures/58 tables

This introduction to polymer materialsscience is divided into three majorsections: Basic Principles, Inuenceof Processing on Properties, andEngineering Design Properties. The rstedition of this textbook was praisedfor its vast number of graphs and datathat can be used as reference. The newsecond edition further strengthens thisattribute with a new appendix contai-ning material property graphs for the

commonly used polymers. However, themost important change implementedin this edition is the introduction ofreal-world examples and a variety ofproblems at the end of each chapter.

Contents: (I) Basic Principles. (II)Inuence of Processing on Properties.(III) Engineering Design Properties.

TimA.OsswaldGeorg Menges

Materials Scienceof Polymersfor Engineers

3rd Edition

Page 16: K-Katalog E 2014

8/10/2019 K-Katalog E 2014

http://slidepdf.com/reader/full/k-katalog-e-2014 16/31

30 31

MATERIALS

General Overview

C. Wilkes, J. Summers,C. Daniels

PVC HandbookISBN 978-3-446-22714-9©2005, hardcover,€ 399.00749 pages/239 gures/35 tables

This handbook covers all aspects ofPVC from monomer manufacture topolymerization; additives such asstabilizers, lubricants, plasticizers,impact modiers, llers, and reinforcingagents; blends and alloys; compoundingand processing; characterization; com-bustion resistance and weatherability;product engineering design; applications;environmental and safety; and thedynamics of the PVC industry. Thishandbook contains practical formulationinformation as well as a mechanistic

view of why PVC behaves as it does.Partial Contents: Vinyl Chloride Mono-mer. Polymerization. PVC Stabilizers andLubricants. Plasticizers. Processing Aidsand Impact Modiers. Fillers and Rein-forcing Agents. PVC Blends and Alloys.Compounding Processes. Flexible PVC.Specialty Grade PVC Resins. PhysicalProperties and Characterization of PVC.

H.J. Endres, A. Siebert-Raths

EngineeringBiopolymersMarkets, Manufacturing,Properties and ApplicationsISBN 978-3-446-42403-6©2010, hardcover,€ 299.00 692 pages/278 gures/70 tables

This book focuses on the hot topic ofbio/renewable materials. It is based oncomprehensive research projects, duringwhich these materials were systemati-cally analyzed and characterized. Itoffers comparable data for biogenicpolymers and biological macromole-cules, including the fast-growingand commercially important group

of engineering materials. Extensivematerial characteristics tables providethe crucial comparative data for thisemerging material class. This bookincludes valuable information regardingmicro-structure, manufacturing andprocessing, application, and recyclingproperties of biopolymers.

Partial Contents: RegulatoryFramework. Manufacture and ChemicalStructure. Engineering Property Proles.End-of-Life Operations. Life-CycleAssessment. Market Characterization.

D. Bhattacharyya, S. Fakirov

Synthetic Polymer-Polymer CompositesISBN 978-1-56990-510-4©2012, hardcover,€ 349.00830 pages/484 gures/57 tables

This book provides another approachfor the replacement of glass and otherinorganic bers as reinforcement forpolymer composites. Although thisapproach does not have the advantagesof biodegradable natural bers, thesynthetic polymer-polymer compositesare more environmentally acceptablethan glass ber reinforced compositesbecause of their organic nature.

In addition to their environmental ad-vantages, as compared to the polymer

composites with mineral reinforcementwith high loading rates, they havemechanical properties that allowmanufacturing light-weight productsand constructions; an importance intransportation vehicles and aircrafts.

Contents: Polymer-Polymer Compositeswith Pre-Made Fibrous Reinforcement.In situ Nano- and Microbrillar Polymer-Polymer Composites. Single PolymerComposites.

Y. Kissin

PolyethyleneEnd-Use Parametersand their Physical MeaningISBN 978-1-56990-520-3©2013, hardcover,€ 89.90152 pages

This book bridges the meaning ofengineering end-use parameters ofpolyethylene resins (HDPE, LDPE,LLDPE, VLDPE) and their molecularcharacteristics. The goal is to translatecommon end-use characteristics of theresins or properties of standard itemsmanufactured from resins into the uni-versal language of the polymer science,average molecular weight and molecularweight distribution of a polymer, and

composition and a statistical descripti-on of a copolymer.

Contents: Manufacture, Structure, andMechanical Properties of Polyethylene.Resins. Melt Indexes and Melt FlowRatios of Polyethylene Resins. MeltingPoints of Polyethylene Resins. Crystalli-nity Degree and Density of PolyethyleneResins. End-Use Mechanical Propertiesof Polyethylene Film. End-Use Testingof High Molecular Weight HDPE andMDPE Resins.

YuryV.Kissin

PolyethyleneEnd-UseProperties andtheir Physical Meaning

Hans-JosefEndres AndreaSiebert-Raths

Engineering BiopolymersMarkets,Manufacturing,Properties and Applications

Contents: Introduction. MaterialsScience of Polymers. Properties andTesting. Plastics Processes. EngineeringDesign. Materials. Polymer Additives.

eBook Bonus: Included free with thepurchase of this book is an onlineaccess code for the electronic version.

T. Osswald, E. Baur,S. Brinkmann, K. Oberbach,E. Schmachtenberg

International PlasticsHandbook 4EThe Resource for PlasticsEngineersISBN 978-3-446-22905-1©2006, hardcover,€ 99.90920 pages/450 gures/177 tablesIncludes eBook

This comprehensive handbook provideseverything there is to know aboutplastics. From material properties tomachines, processing, and applications,the reader will nd detailed informationfor the successful implementation ofnew materials and technologies. Thisconcise, modern reference not onlyexplains the basic facts and interrelati-onships about plastics but also offers apractical guide for engineers to succeedin today’s challenging global industrialworld.

Page 17: K-Katalog E 2014

8/10/2019 K-Katalog E 2014

http://slidepdf.com/reader/full/k-katalog-e-2014 17/31

32 33

MATERIALS

General Overview

S. Fakirov, D. Bhattacharyya

Handbook ofEngineeringBiopolymersHomopolymers, Blends,and CompositesISBN 978-3-446-40591-2©2007, hardcover,€ 299.00901 pages/250 gures

This volume presents the results ofnumerous worldwide studies focusingon the implementation of naturalpolymers as engineering plastics andthe use of their inherent properties.It discusses the processing and, moreextensively, the application of naturalmaterials (cellulose and protein-based)

as reinforcements for polymer composi-tes. The structural, morphological, andthermal characteristics, as well as themechanical behavior of the obtainedmaterials are covered comprehensively.In addition, the book includes casestudies of commercial relevance. Allnatural polymers used in the blendingor reinforcement of synthetic polymersare discussed in an attempt to coverthe isolation, pretreatment, blending,and manufacturing of the respectivematerials.

D. Klempner, V. Sendijarevic

Handbook of PolymericFoams and FoamTechnology 2EISBN 978-3-446-21831-4©2004, hardcover,€ 299.00603 pages/241 gures

This handbook helps engineers to de-velop practical solutions for industrialdesign and manufacturing challenges. Itdescribes all classes of polymeric foams,including their chemistry, synthesis,commercial production methods,properties, and applications. Manyindustry issues – such as environ-mentally acceptable blowing agents,combustibility, and solid waste disposal– are addressed.

Partial Contents: Fundamentals ofFoam Formation. Cellular Structureand Properties of Foamed Polymers.Flexible/Rigid Polyurethane Foams.Polyisocyanurate Foams. RIM and RRIMFoams. Polystyrene and StructuralFoams. Polyolen Foams. PVC Foams.Epoxy Foams. Latex Foams. SiliconeFoams. Fluoropolymer Foams. WoodComposite Foams. Phenolic Foams.Flame Retardancy of Polymeric Foams.

E. Campo

Industrial PolymersISBN 978-3-446-41119-7©2007, hardcover,€ 99.90192 pages/280 gures/5 tables

This book provides a practical, compre-hensive overview of the various plasticmaterials used in today’s industrialapplications. It focuses on materialproperties and areas of application.

All industrially signicant plastic fami-lies and grades are introduced followingthe same approach: their chemicalconstitution, manufacturing, properties,processing, and end-use applications.This consistent presentation allowseasy comparison of different materialsand helps with the initial identicationof suitable plastic materials for a givenend use. Ample full-color illustrationsare testimony to the fact that plasticmaterials are the ultimate tribute toman’s creativity and inventiveness.

Contents: Polymeric Materials. Thermo-plastic Polymers. Thermoplastic Elasto-mers (TPE). Liquid Injection MoldingSilicone (LIM). Thermoset Polymers.

J. White, D. Choi

PolyolensProcessing, StructureDevelopment, andPropertiesISBN 978-3-446-22962-4©2005, hardcover,€ 179.90271 pages/123 gures

Polyolens, the polymers synthesizedfrom olenic monomers, are the majorcommercial thermoplastics. They arealso important elastomers and thecomponents of major thermoplasticelastomers. Polyethylene and polypro-pylene in volume are the two largestthermoplastics and are fabricated intolaments, lms, and moldings.

For the rst time, the reader will nda comprehensive description of thestructuring of molten polyolens inber, lm and molding processes withcorrelation between structural ordersuch as crystalline unit cell, poly-morphic effect and orientation,and processing parameters.

G. Ehrenstein

Polymeric MaterialsStructure, Properties,ApplicationsISBN 978-3-446-21461-3©2001, softcover,€ 89.90295 pages/205 gures

Focuses on the relationships betweenthe chemical structure and the relatedphysical characteristics of plastics,which determine appropriate materialselection, design, and processingof plastic parts. One of the specialfeatures is the extensive discussion andexplanation of the interdependencebetween structure-properties and pro-cessing. The book contains numerousapplication-oriented examples and is

presented at an intermediate level forboth practicing plastic engineers andadvanced engineering students.

Contents: Economic Development –Market Review and Predictions. GeneralCharacteristics of Polymeric Materials.Molecular Structure and Synthesisof Polymers. Structure of PolymericMaterials. Thermomechanical Properties.Mechanical Behavior. Aging and Stabili-zation. Overview of Selected PolymericMaterials.

N. Pasquini

PolypropyleneHandbook 2EISBN 978-3-446-22978-5©2005, hardcover,€ 299.00604 pages/326 gures/38 tables

Following the successful approach ofthe rst edition, this book presentsthe current state of the PP industry. Atits core is a detailed description of thepolymerization, the catalysts, and thebreakthroughs that occurred during thelast two decades. Comprehensively co-vered are morphology, characterization,stabilization, properties, manufacturing,worldwide demand, environmental con-siderations, applications, and regulatoryconsiderations. This update covers morethan products, technology, and market,which undoubtedly are the most impor-tant dimensions of the PP industry.

Partial Contents: (I) The Product: Int-roduction. Catalysts for Polymerization.Polypropylene Morphology. Additives.Product Mix and Properties. (II) TheTechnology: Manufacturing. FabricationProcesses. Regulations and Approvals.(III) The Market. (IV) The Bu siness.

Page 18: K-Katalog E 2014

8/10/2019 K-Katalog E 2014

http://slidepdf.com/reader/full/k-katalog-e-2014 18/31

34 35

General Overview

S. Bhattacharya, M. Kamal,R. Gupta

PolymericNanocompositesTheory and PracticeISBN 978-3-446-40270-6©2007, hardcover,€ 179.90398 pages/242 gures/48 tables

This comprehensive reference bookincorporates the latest developments inthe synthesis, production, characteriza-tion, and application of various types ofpolymeric nanocomposites. It outlinesthe various preparation techniquesusing different types of nanoparticlesand polymer matrices with emphasison clay nanoparticles. All fundamentalissues such as thermodynamics, kine-

tics, and rheology are discussed. Also,the structure and the characterizationof polymeric nanocomposites, includingtheir molecular characteristics, thermalproperties, morphology, and mechanicalproperties, are covered in detail.

Partial Contents: Nanocomposites –Preparation and Synthesis. FundamentalIssues in Nanocomposite Synthesis.Rheology of Nanocomposites. Proces-sing of Nanocomposites.

J. White, K. Kim

Thermoplastic andRubber CompoundsTechnology and PhysicalChemistryISBN 978-3-446-40980-4©2008, hardcover,€ 149.90316 pages/137 gures

This book describes the composition ofall major types of polymer compounds,both thermoplastics as well as rubbers.It describes the intended effects ofvarious additives and the complexi-ty of their, sometimes unintended,interactions.

Contents: Polymer-Particle FillerSystems. Polymer Solutions and Swollen

Vulcanizates. Polymer Additive BinarySystems. Binary Polymer Blends. TernarySystems: Polymer Blends Plus SolventAdditives and Compatibilizing Agents.Polymer-Filler-Additive Compounds.Multicomponent Compounds. MixingMachinery.

L. Robeson

Polymer BlendsA Comprehensive ReviewISBN 978-3-446-22569-5©2007, hardcover,€ 249.00470 pages/133 gures/35 tables

Polymer blends offer a key option insolving emerging application require-ments. The ability to combine existingpolymers into new compositions withcommercializable properties offers theadvantage of reduced research anddevelopment expense compared to thedevelopment of new monomers andpolymers to yield a similar propertyprole. An additional advantage is themuch lower capital expense involvedwith scale-up and commercialization.Another specic advantage of polymerblends versus new monomer/polymercompositions is that blends often offerproperty prole combinations not easilyobtained with new polymeric structures.In the rapidly emerging technologylandscape, polymer blend technologycan quickly respond to developingneeds.

MATERIALS

HA N SER e LIBRARY. CO M

www.hanser-elibrary.com

The platform for professional digital i nformation from HANSER has everything you couldwish for. All needs can be met here for your particular activity.

· Custom-made or individual e-book packages in the areas building engineering, electricalengineering, computer sciences, construction engineering, plastics engineering, machinebuilding mathematics and natural sciences, quality management, economics

· Currently over 900 e-books with an additional 200 new e-books yearly

· E-journals in the areas of material sciences, nuclear technology, chemistry

· For higher education schools, institutions and companies through IP-connection

· Extensive user statistics

· Quick search results of relevant information with convenient search functions and practicaldetail-search options

· Storage possibility for search requests including an alert-function.

· Mobile access available (e.g. with Blackberry, iPhone or iPad)

· Unlimited printing and PDF-download

For further information just send us an e-mail at [email protected]

Page 19: K-Katalog E 2014

8/10/2019 K-Katalog E 2014

http://slidepdf.com/reader/full/k-katalog-e-2014 19/31

36 37

MATERIALS

Fibers & Films · Rubber

F. Fourné

Synthetic FibersMachines and EquipmentManufacture, PropertiesISBN 978-3-446-16072-9©1999, hardcover, € 499.00910 pages/880 gures/185 tables

This comprehensive handbook coversthe design of machines and equipmentfor the production of synthetic bers –from raw materials to the nal product.

Written by one of the pioneers inthe eld, this book cov ers materials,specic processes, the correspondinginstallations, machines, process data,and designs and calculations fordifferent materials and varying function

parameters.Partial Contents: Introduction. Poly-mer Specic Processes. Theoretical andExperimental Principles. Plants, Equip-ment and Machines for the Productionof Synthetic Yarns and Fibers. SpecialProcesses and Plants. Auxiliary Plantsand Equipment. Auxiliary Devices,Calculations, and Constructions.

T. Kanai, G. Campbell

Film ProcessingISBN 978-3-446-43006-8©2011, hardcover,€ 249.00452 pages/312 gures

The manufacturing process for preparingvery thin polymer products has developedinto what is arguably the largest outletfor synthetic polymers. This bookfocuses on the developments in processhardware and operating techniques thatpermit increasingly high production rates,optimum property development, unusualdegrees of molecular orientation, andthe coextrusion of multi-layer, multi-component lm and sheet. The strongrelationships and the interdependenceof these developments on the achieve-ments in polymer design, such as

rheology and mechanical and opticalproperties, are also discussed.

Partial Contents: Film ProcessingOverview and Introductory Rheology.Flat Die Analysis. Spiral Die Analysis.Die Control System of Film ThicknessDistribution. Kinematics, Dynamicsand Physical Properties of BlownFilm. Bubble Instability: ExperimentalEvaluation.

Rubber

T. Osswald, G. Menges

Materials Scienceof Polymers forEngineers 3EISBN 987-156990-514-2©2012, hardcover,€ 99.90616 pages

This introduction to polymer materialsscience is divided into three majorsections: Basic Principles, Inuenceof Processing on Properties, andEngineering Design Properties. The rstedition of this textbook was praisedfor its vast number of graphs and datathat can be used as reference. The newsecond edition further strengthens thisattribute with a new appendix contai-ning material property graphs for the

commonly used polymers. However, themost important change implementedin this edition is the introduction ofreal-world examples and a variety ofproblems at the end of each chapter.

Contents: (I) Basic Principles. (II)Inuence of Processing on Properties.(III) Engineering Design Properties.

A. Gent

Engineeringwith Rubber 3EHow to Design RubberComponentsISBN 978-3-446-42764-8©2012, hardcover,€ 179.90452 pages/202 gures/43 tables

This book provides the beginningengineer with the principles of rubberscience and technology: what rubberis, how it behaves, and how to designengineering components with rubber.It offers solutions to the questions en-gineers in rubber processing face everyday: How is an elastomer chosen anda formulation developed? Why is rubberhighly elastic and relatively strong?How can the stiffness and the strengthof a product be estimated? How is highquality and durability guaranteed? Theauthors describe current practices inrubber engineering. Sample problemsare included.

Contents: Materials and Compounds.Elasticity. Dynamic Mechanical Pro-perties. Strength. Mechanical Fatigue.Durability. Design of Components.Finite Element Analysis. Test andSpecications.

TimA.OsswaldGeorg Menges

Materials Scienceof Polymersfor Engineers

3rd Edition

A. Limper

Mixing of RubberCompoundsISBN 978-3-446-41743-4©2012, hardcover,€ 129.90252 pages/186 gures

It is a characteristic of the rubberindustry that compounds are usuallynot bought from a supplier but com-pounded in an in-house mixing facility.The different mixing technologies addyet another degree of freedom to thetailoring of compound properties.

This book covers the major aspects ofrubber compounding. For the rst time,the reader nds all relevant issues--whether it is machine design, processtechnology, or material parameters-

-covered in one comprehensive volume.Contents: Internal Mixer – Congurationand Design. Processing Aspects of RubberMixing. Mixing Characteristics of Polymers

in an Internal Mixer. Internal Mixer –A Reaction Vessel. Effect of ProcessParameters on Product Properties.Dispersion and Distribution of Fillers.

J. Dick

Rubber Technology 2ECompounding and Testingfor PerformanceISBN 978-3-446-42155-4©2009, hardcover,€ 199.90592 pages/154 gures/221 tablets

This book is a practical guide tocost-effective formulating of rubbercompounds to achieve optimal proces-sing and performance. It provides athorough discussion of the principlesof rubber compounding, rubber testing,and how various compound changesaffect different properties and testmeasurements.

Partial Contents: Rubber Compound-

ing. Compound Processing Characteris-tics and Testing. Vulcanizate PhysicalProperties, Performance Characteristics,and Testing. Rubber Compound Econo-mics. The Technical Project Approachto Experimental Design and CompoundDevelopment. Elastomer Selection.General Purpose Elastomers and Blends.Specialty Elastomers. PolyurethaneElastomers. Thermoplastic Elastomers.

Page 20: K-Katalog E 2014

8/10/2019 K-Katalog E 2014

http://slidepdf.com/reader/full/k-katalog-e-2014 20/31

38 39

MATERIALS

Rubber

B. Stritzke

Custom Molding ofThermoset ElastomersA Comprehensive Approachto Materials, Mold Design,and ProcessingISBN 978-3-446-41964-3©2009, hardcover,€ 99.90200 pages/156 gures/8 tables

This book covers chemistry of thermo-set elastomers but only to the extentneeded for understanding how toprocess them through a manufacturingenvironment and how they react in va-rious manufacturing methods. The bookprovides in-depth coverage of tooling,processing, and secondary operations

that can improve manufacturing efci-encies. Detailed and easy to understanddiagrams display specic conditionsand how they can be improved upon.Innovative ideas and solutions areshared and discussed.

Partial Contents: Introductionto Thermoset Elastomer Chemistry.Compounding, Mixing and Equipment.Materials. Product Design. MaterialTesting for TSE. Polymer Flow. MoldingMethods and Related Topics. Compressi-on Molding. Transfer Molding.

J. Dick

How to ImproveRubber Compounds1500 Experimental Ideasfor Problem SolvingISBN 978-3-446-22004-1©2004, hardcover,€ 179.90407 pages

Rubber compounding is a very complexendeavor. There are many interactionsand many ways to achieve the targetproperties and economic goals whilemaintaining an acceptable tradeoff forthese characteristics.

This book provides the reader with vari-ous experimental ideas that may guidethem to developing better compounds

and solving technical problems. In acombined effort, 20 renowned industrialexperts compiled a large number ofdiverse experimental suggestions forenhancing a specic compound property.By reviewing the suggestions in thisbook, the compounder may develop abetter feel for how to best achieve acompromise or trade-off with compoundproperties when developing new orimproving tested rubber recipes.

J. Sommer

Engineered RubberProductsIntroduction to Design,Manufacture, and TestingISBN 978-3-446-41731-1©2009, hardcover,€ 99.90192 pages/106 gures/14 tables

The successful manufacture of enginee-red rubber products is complicated. Itinvolves different disciplines, materials,and types and designs of equipment.Problems sometimes occur because ofpoor communication among personnelinvolved in the development andmanufacture of rubber products. Thisbook helps improve communicationamong different disciplines. Using asystems approach, it also introduceschemists and engineers to the uniquecapabilities of rubber in a wide range oftire and non-tire products.

Contents: Elastomers and Compounds.Compound Mixing and Processing.Testing and Properties. Product Design.Use of Computers and FEA with Rubber.Non-Tire Products. Tires.

G. Holden, H. Kricheldorf,R. Quirk

ThermoplasticElastomers 3EISBN 978-3-446-22375-2©2004, hardcover,€ 299.00558 pages/199 gures/50 tables

Thermoplastic elastomers are one of thefastest growing material groups. Theycan be processed like thermoplasticsbut their properties are close to thoseof vulcanized elastomers. New products,processing techniques, properties,and applications have been developedrecently. This is a unique, comprehen-sive, up-to-date guide to all scienticand technical aspects of thermoplasticelastomers – indispensable for everyoneworking in this eld.

Partial Contents: ThermoplasticPolyurethane Elastomers. StyrenicThermoplastic Elastomers. AnionicTriblock Copolymers. Polyolen-BasedThermoplastic Elastomers. TPES Basedon Halogen- Containing Polyolens.TPES Based on Dynamically VulcanizedElastomer-Thermoplastic Blends.Polyether Ester Elastomers. TPE’s Basedon Polyamides.

J. Bauman

Fatigue, Stress,and Strain of RubberComponentsA Guide for Design EngineersISBN 978-3-446-41681-9©2009, hardcover, € 99.90225 pages/139 gures

This book covers the fatigue testing ofspecimens, curve tting of equations tothe test data, and the use of such equa-tions in life prediction. Stress-straintesting and behavior are covered to theextent relevant to fatigue analysis. Itcovers the application of nite elementanalysis to components to determinehigh stress points vulnerable to fatiguefailure. This is a useful reference forpracticing engineers, as well as a supple-mental text for a rubber engineeringcourse.

Partial Contents: Rubber Stress-StrainBehavior. A Theory of the ElastomerStress-Strain Curve. Stress-StrainTraining. Design Equations. CalculationMethods for Spherical Elastomer Bea-rings. Finite Element Analysis. FatigueTesting. Fitting the Strain-Life Curve.Fatigue Life Estimation. Fatigue CrackGrowth and Tearing Energy.

J. White, K. Kim

Thermoplastic andRubber CompoundsTechnology and PhysicalChemistryISBN 978-3-446-40980-4©2008, hardcover,€ 149.90316 pages/137 gures

This book describes the composition ofall major types of polymer compounds,both thermoplastics as well as rubbers.It describes the intended effects ofvarious additives and the complexi-ty of their, sometimes unintended,interactions.

Contents: Polymer-Particle FillerSystems. Polymer Solutions and Swollen

Vulcanizates. Polymer Additive BinarySystems. Binary Polymer Blends. TernarySystems: Polymer Blends Plus SolventAdditives and Compatibilizing Agents.Polymer-Filler-Additive Compounds.Multicomponent Compounds. MixingMachinery.

Page 21: K-Katalog E 2014

8/10/2019 K-Katalog E 2014

http://slidepdf.com/reader/full/k-katalog-e-2014 21/31

40 41

MATERIALS

Rubber

P. Johnson

Rubber ProcessingAn IntroductionISBN 978-3-446-21578-8©2001, hardcover, € 69.90159 pages/43 gures

This book deals with all aspects ofrubber processing; mixing, milling, ca-lendering, extrusion and molding, andalso testing and specication of rawmaterials, mixed compound, and endproducts. It also covers the importanceof ow behavior (rheology) in rubberprocessing. It deals with basic theoryand its application to practice.

Contents: Overview of Rubber Proces-sing. Raw Materials Acceptance andSpecications. Mixing. Flow Behavior.Testing of Compounds. Curing Process.Calendering. Extrusion. Molding. FinishedProduct Testing.

J. White

Rubber ProcessingTechnology – Materials –PrinciplesISBN 978-3-446-16600-4©1995, hardcover,€ 249.00608 pages/313 gures

This book covers the developmentof rubber processing technology andprovides a fundamental understan-ding of all theoretical and experi-mental aspects of rubber processingand engineering, including owsimulation.

It also presents a detailed treatmentof many areas never combinedbefore, such as rubber materials andthe technological development andow simulation of mixing, extrusion,calendaring, and mending.

Contents: Overview and RubberMaterials. Flow Characteristics. In-ternal Mixers and Mixing. ContinuousMixers. Extrusion 1: Screw Pumps.Extrusion 2: Dies and Post Die Equip-ment. Calendering. Molding.

J. Dick

Raw MaterialsSupply Chain forRubber ProductsISBN 978-1-56990-537-1©2013, hardcover,€ 179.90592 pages/483 gures/11 tables

This book provides a current overviewof the chemical supply chain for theglobal rubber industry. It also reviewsthe present and future internationalchanges and their effects on this che-mical supply chain for rubber producers,compounding ingredient manufacturers,custom mixers, rubber fabricators,molders, extruders and others.

The reader will be enabled to un-derstand the chemical connectivityof rubber compounding materials totheir chemical feedstocks. T he readershould also be able to directly link newcommercial changes in 175 commonlyused chemical feedstocks to hundredsof different rubber compounding ingre-dients and polymers.

J. Sommer

TroubleshootingRubber ProblemsISBN 978-1-56990-553-1©2013, hardcover, € 99.99300 pages

Many challenges confront the rubbertechnologist in the development, manu- facture, and use of rubber products.These challenges include selecting andcombining materials to form rubbercompounds suitable for processing,successfully operating a range ofmanufacturing equipment, and meetingproduct performance in difcult anddiverse environments. Case studies andliterature references relate problemsolutions to the everyday experience ofthe rubber technologist. From materials

to processes to products, this bookidenties many different rubber-relatedproblems and suggests approaches tosolve them.

John Sommer

TroubleshootingRubber Problems

John S.Dick Charles P.Rader

Raw MaterialsSupply Chain forRubber Products

biobased materialsCongress for Biobased Materials,Natural Fibres and WPC

www.biobased-materials.com

About the Congress

The Congress for Biobased Materials, Natural Fibresand WPC provides the platform for industrial re-searchers and engineers and academics to exchangeand discuss the latest innovations, strategic questionsand present recent results. The congress, which wasinitiated 1998 in Kassel, has helped to drive theexpansion of applications of this group of materials.Considering the advancements and future trends, thecongress has expanded the focus from WPC to bio-based composites and bioplastics and to renewablematerials.

Over the years the congress has attracted a tremendousnumber of participants (in the recent years from 40countries), which makes it one of the leading eventsin Europe.

Organized by

One o f

t he lead ing

e ven t s in Eu rope

Page 22: K-Katalog E 2014

8/10/2019 K-Katalog E 2014

http://slidepdf.com/reader/full/k-katalog-e-2014 22/31

Page 23: K-Katalog E 2014

8/10/2019 K-Katalog E 2014

http://slidepdf.com/reader/full/k-katalog-e-2014 23/31

44 45

MATERIALS

Other Applications

R. Stauber, L. Vollrath

Plastics in AutomotiveEngineeringExterior ApplicationsISBN 978-3-446-41120-3©2007, hardcover,€ 249.00423 pages/600 gures/25 tablets

Today´s automotive industry ischallenged by ever more stringentdemands to reduce fuel consumptionand exhaust emissions. Lightweightdesign and increased use of advancedplastic components will be crucial forthe next generation of cars complyingwith legislation. Engineers and ma-nufacturers who develop and producepolymer-based components for auto-motives are under pressure to reduce

developing times and to optimizeproduction processes for quality andeconomic viability. Tools of choice arecomputer-aided selection of polymersin combination with mathematicalsimulation for both, material propertiesand production processes. They providecrucial help in nding innovative andeconomical solutions when designingpolymer applications for modern cars.

S. Selke, J. Culter, R. Hernandez

Plastics Packaging 2EProperties, Processing,Applications, andRegulationsISBN 978-3-446-22908-2©2004, hardcover,€ 129.90465 pages/188 gures

This book describes the various aspectsof coloring plastics, such as theconstruction of the processing machine,the processing technology, qualityassurance of the raw materials and nalproducts, toxicology of the raw materi-als, and the legal aspects from handlingingredients during the production of acolor preparation to the processing ofplastic parts. It also includes the safe

use of the products made of plastics intheir specic applications.

Material properties and how theyrelate to the chemical structure of thepolymers, common processing methodsfor packaging applications, help withwriting specications, designing,fabricating, testing, and controllingthe quality of the plastic materials arecovered comprehensively.

D. Braun

Simple Methodsfor Identicationof Plastics 5EISBN 978-1-56990-526-5©2013, softcover,€ 39.99137 pages/9 gures/25 tables

Processors and users of plastics oftenneed to determine the chemical natureand classication of unknown plasticmaterials. This highly practical anduseful manual enables you to determinethe classication of plastics without labequipment. This is a handy and effecti-ve tool for many practical situations.

Contents: Plastics and their cha-racteristics. Analytical procedures.Introduction to the analysis of plastics.Specic identication tests. Screeningtests. Advanced analytical methods.

B. Wulfhorst, T. Gries

Textile TechnologyISBN 978-3-446-22963-1©2005, hardcover,€ 99.90328 pages/225 gures

This book provides an overview of thecomplete process of textile manufac-turing. The various raw materials, thedifferent methods of yarn and fabricmanufacturing, and an introductionto knitting technology, nonwovens,nishing, and ready-made garmentproduction are described in detail. Thebook includes a discussion of currentrecycling processes. To provide a betterunderstanding of the individual textileprocesses, an example at the end ofeach chapter describes a particulartextile product and the respective

processing steps necessary for itsmanufacture.

Contents: Raw Materials. Yarn Pro-duction. Fabric Production. KnitwearProduction. Nonwovens Production.Braiding Processes and Machines. Pro-duction of Two-dimensional ReinforcingFabrics. Textile Finishing. Processesand Machines for Making-up. TechnicalTextiles. Disposal and Recycling ofTextiles.

F. Wolff-Fabris, V. Altstädt,U. Arnold, M. Döring

Electron Beam Curingof CompositesISBN 978-3-446-42405-0©2010, hardcover,€ 89.90136 pages/83 gures/13 tables

Electron beam curing technology foradvanced composites has emerged asa credible and attractive alternativeto thermal curing for most compositeproducts. Technical advantages, suchas aerospace structures, include curingat room temperature, using low-costtooling, and the ability to fabricatelarge integrated structure includingstructures too large to t inside auto-claves. Studies by aerospace companieshave shown potential cost savings of

10-60 % by using electron beam curing.Both theoretical and practical aspectsof electron beam curing of compositesare presented to bridge academic know-ledge and industrial applications.

Partial Contents: Aspects of Mate-rials. Applied to Composite MoldingTechnologies. Current Limitationsand Potentials. Research Trends andProjects. Examples.

FelipeWolff-Fabris VolkerAltstädtUlrich ArnoldManfred Döring

Electron Beam Curingof Composites

Dietrich Braun

Simple Methods forIdentification of Plastics

5 th Edition

“... compiled by authors who knowtheir subject and know howto get it across in a cogent,under-standable manner ... rec-ommended without reservation.”

Plastics and RubberInternational

www.kunststoffe-international.com

www.kunststoffe-international.com

The CompleteWorld of Plastics

Page 24: K-Katalog E 2014

8/10/2019 K-Katalog E 2014

http://slidepdf.com/reader/full/k-katalog-e-2014 24/31

46 47

POLYMER SCIENCE

Testing & Analytics

G. Ehrenstein, L. Engel,H. Klingele, H. Schaper

Scanning ElectronMicroscopy of PlasticsFailureISBN 978-3-446-42242-1©2010, hardcover,€ 199.00280 pages/230 gures

Scanning electron microscopy (SEM) isoften used in plastics failure analysiswhen light microscopy cannot provideimages of high enough resolution. SEMimages also provide higher contrast,in particular of surface textures. SEMis also advantageous with very darksurfaces and transparent materials.

This book is an unrivaled comprehen-sive collection of SEM images coveringtopics such as surface properties,adhesion, joining, fracture, and othertypes of failure of plastic parts, whichare of decisive importance for the eco-nomic success of plastics manufacturingoperations.

Contents: Structure, Properties andProcessing of Polymeric Materials.Surface Damage.Fractures.

G. Ehrenstein, S. Pongratz

Resistance andStability of PolymersISBN 987-3-446-41645-1©2013, hardcover,€ 499.991,488 pages/2-volume set

A polymeric material’s resistance todifferent environmental or processingrelated inuences determines its sui-tability in any number of applications.Reliable information and performancepredictions inuence material selection.They take a variety of inuences intoconsideration, among them resin manu-facture, compounding, stabilization,processing, part design and end use.

Contents: Principles of Aging. TestingMethods. Stabilization. Processing.

Applications. Mechanical Behaviorof Fiber Reinforced P lastics. Plastics,Rubbers and Their Acronyms. OtherAbbreviations. Tables of ChemicalResistance.

D. Hylton

UnderstandingPlastics TestingISBN 978-3-446-22246-5©2004, softcover, € 59.90104 pages/56 gures/4 tables

This overview of plastics testingprovides an understanding of howpolymer structure and morphologyaffect properties that are important forplastics processing and how to test forthese properties. The reader will get anoverview of basic material testing, thespecic properties tested, and why theyare important. The book also providesinsight into which tests are useful forpredicting the behavior of plasticsproducts after they have been producedand in end-use.

Contents: The Science of Testing. Po-lymer Rheology. Mechanical Propertiesand Testing. Thermal Properties andTesting. Viscous Flow Properties Tes-ting. Quality in the Testing Laboratory.

A. Naranjo, M. Noriega,,T. Osswald, A. Roldán-Alzate,J. Sierra

Plastics Testingand CharacterizationIndustrial ApplicationsISBN 978-3-446-41315-3©2008, hardcover,€ 179.90376 pages/234 gures/119 tables

Combined with a solid engineeringbackground, this book provides theinformation and industrial case studiesan engineer needs to both makeinformed decisions about selectingappropriate testing techniques andeffectively troubleshoot problems inthe eld of plastics manufacturing. Thescope of this book also includes rele-vant and concise information for datainterpretation using the most importantcharacterization techniques.

Contents: Spectroscopy. Gas Chroma-tography and Selective Mass Detection.Thermal Properties. Melt Rheology.Mechanical Properties. PermeabilityProperties. Environmental Effects andAging. Electrical, Optical, and AcousticProperties.

W. Grellmann, S. Seidler

Polymer Testing 2EISBN 978-1-56990-548-7©2013, hardcover,€ 199.99712 pages

The staggering growth rates in plasticsproduction and applications increasethe demand for meaningful measuringand analysis methods in polymertesting. The advances in electronicmeasuring techniques led to further de-velopments in classic testing methodsas well as to completely new methods.This book describes the signicance ofcharacteristic data for the quantica-tion of the interrelationship betweenmicrostructure and macroscopicproperties.

Additional information about damageprocesses and deformation mechanismscan be gained with the help of couplednon-destructive polymer testing me-thods and hybrid methods of polymerdiagnostics, respectively. Numerousexamples for the optimization ofpolymers and their composites and theassessment of component propertiesprovide a material science focusedinsight into modern polymer testing.

G. Ehrenstein, G. Riedel,P. Trawiel

Thermal Analysisof PlasticsTheory and PracticeISBN 978-3-446-22673-9©2004, hardcover,€ 179.90397 pages/268 gures

Thermal analysis has proven to beone of the most important and me-aningful test methods in the plasticsindustry and in testing laboratories.Although thermal analysis is usedfor fundamental studies related tomaterials science of polymers, its powerlies in understanding this behaviorduring manufacturing processes. Thisunderstanding aids in process opti-mization, reduction of manufacturingcycle times, failure analysis, and theoverall improvement of the materialproperties of the nished product. Inthis book, the different test methodsand their variations are described indetail, emphasizing the principles andtheir application in practice. Usingpractical examples, different approachesto problem solving are presented witha focus on the interpretation of t heexperimental results.

Gottfried EhrensteinSonjaPongratz

Resistance andStability of Polymers

Page 25: K-Katalog E 2014

8/10/2019 K-Katalog E 2014

http://slidepdf.com/reader/full/k-katalog-e-2014 25/31

48 49

POLYMER SCIENCE

Physics & Chemistry

T. Osswald, G. Menges

Materials Scienceof Polymersfor Engineers 3EISBN 987-156990-514-2©2012, hardcover,€ 99.90616 pages/525 gures/58 tables

This introduction to polymer materialsscience is divided into three majorsections: Basic Principles, Inuenceof Processing on Properties, andEngineering Design Properties. The rstedition of this textbook was praisedfor its vast number of graphs and datathat can be used as reference. The newsecond edition further strengthens thisattribute with a new appendix contai-ning material property graphs for the

commonly used polymers. However, themost important change implementedin this edition is the introduction ofreal-world examples and a variety ofproblems at the end of each chapter.

Contents: (I) Basic Principles. (II)Inuence of Processing on Properties.(III) Engineering Design Properties.

J. Dealy, R. Larson

Structure and Rheologyof Molten PolymersFrom Structure to FlowBehavior and Back AgainISBN 978-3-446-21771-3©2006, hardcover,€ 249.00530 pages/130 gures/12 tables

Developments in recent years havemade it possible to predict the detailedmolecular structure of a polymer basedon polymerization conditions and touse this knowledge to predict rheologi-cal properties. New techniques for usingrheological data to infer molecularstructure have also been developed.Soon it will be possible to use this newknowledge to design a molecular struc-ture having prescribed processabilityand end-product properties, to specifythe catalyst and reaction conditionsnecessary to produce a polymer havingthis structure, and to use rheology toverify that the structure desired hasbeen produced.

Partial Contents: Structure ofPolymers. Polymerization Reactionsand Processes. Linear ViscoelasticityFundamentals and Behavior of MoltenPolymers.

A. Peacock, A. Calhoun

Polymer ChemistryProperties and ApplicationsISBN 978-3-446-22283-0©2006, hardcover,€ 129.90418 pages/216 gures/35 tables

This book is a comprehensive introduc-tion to the study of po lymers. Specialemphasis is given to the characte-ristics that set polymers apart fromsmall molecules, as studied in classicchemistry courses. The various branchesof polymer science are introduced anddiscussed in a systematic manner,starting from basic chemical structures,continuing through supermolecularorganization, and physical properties.Specic examples are used throughout

to illustrate how end use relates to theprinciples under discussion. A seriesof chapters is devoted to case studiesdescribing the principle classes ofsynthetic polymers.

Partial Contents: Polymerization.Characterization of Polymers. Rheo-logical Description of Polymer Melts.Structural Development. Properties.Compounding and Extrusion Processes.Molding Processes. Additional Methodsof Manufacture.

J. Karger-Kocsis, S. Fakirov

Nano- and Micro-Mechanics of PolymerBlends and CompositesISBN 978-3-446-41323-8©2009, hardcover,€ 299.00624 pages/262 gures/34 tables

This book gives a state-of-art overviewon aspects of micro- and nanomecha-nics of polymers, polymeric blends andcomposites. Major issues tackled arethe following: experimental techniquesto study the mechanical performance ofpolymer systems especially in respectwith molecular, supermolecular andller architectures on suitable modelmaterials; prediction methods of themechanical performance (short- and

long-term properties); modeling toolsand approaches. All these aspects arehighlighted on polymeric systems ofboth academic and practical relevance.

Contents: (I) Polymers. (II) Nanocom-posites: Inuence of Preparation. (III)Nano- and Microcomposites: Interpha-se. (IV) Nano- and Microcomposites:Characterization. (V) Nanocomposites:Modeling.

G. Michler, F. Baltá-Calleja

Nano- and Micro-mechanics of PolymersStructure Modication andImprovement of PropertiesISBN 987-3-446-42767-9©2012, hardcover,€ 299.00560 pages/480 gures/14 tables

The book is unique in its focus onmicromechanical processes of polymersand their role to improve the propertiesof polymeric materials. It combines thedetailed knowledge of structure andmorphology of polymers with the ex-planation and theoretical interpretationof micro- and nanoscopic processesand mechanisms in different polymers.Thus, it offers a better understandingof correlations between structure andproperty of nearly all polymers used inindustrial applications. The knowledgeof these correlations is a key for suc-cessful development of polymers withimproved properties.

Partial Contents: Aim and Methods.General Mechanisms of Deformationand Fracture. Main Groups of PolymerMaterials.

TimA.OsswaldGeorg Menges

Materials Scienceof Polymersfor Engineers

3rd Edition

Page 26: K-Katalog E 2014

8/10/2019 K-Katalog E 2014

http://slidepdf.com/reader/full/k-katalog-e-2014 26/31

Page 27: K-Katalog E 2014

8/10/2019 K-Katalog E 2014

http://slidepdf.com/reader/full/k-katalog-e-2014 27/31

52 53

Authors

INDEX

AAltstädt, V. .......................................... ............27, 44Arnold, U. ........................................... ............27, 44Avery, J. ...... ............................................ .............18

BBaltá-Calleja, F. ....................................... ..............48Bauman, J. ......... ............................................ ......39Baur, E. ......................................... ..................12, 31Beall, G. .................... ...........................................28Beaumont, J. ..................................... ................9, 19Benatar, A. ............................................................28Bhattacharya, S. .. ............................................ ......34Bhattacharyya, D. ............................................ .30, 33Bonenberger, P. ........................................... ............5Braun, D. ............. ........................................... ......45Brinkmann, S. ....................................... ...........12, 31

CCalhound, A. ............................................ .............49Campbell, G. .......................................... ..........22, 36Campo, E. ........................................ .................4, 33Cantor, K. ......................................... ....................22Catoen, B. ........................................... ..............8, 21Choi, D. .............. ............................................ ......32Chung, C. .................... ..........................................23Coran, A. ............. ........................................... ......14Culter, J. .......................................... ....................45

DDaniels, C. ... ............................................ .............31Davé, R. ..................... ...........................................29Davis, B. ............................ ...................................29Dealy, J. .............. ........................................... ......49Del Vecchio, R.J. ....................................... .............12Dick, J. ............................................. ...........37, 38, 40DiMattia, D. ..................................... .....................26Döring, M. ........................................... ............27, 44

EEhrenstein, G. .......................................... ...32, 46, 47Ehrig, F. .................................... ............................19Endres, H.J. . ............................................ .............30Engel, L. ............. ............................................ ......46Erhard, G. .............. ............................................ .....4Ezrin, M. ............................ ...................................10

FFakirov, S. ....................................... ...........30, 33, 48Fourné, F. ............ ........................................... ......36Franke, J. ........ ........................................... ............7

GGebhardt, A. ...................................... ................6, 42Gent, A. .................... ............................................ 37Glenz, W. ......................... .....................................13Gramann, P. ... ............................................ ......17, 29Greener, J. ...................................... ......................20Greif, H. ........................................ ..................11, 19Grellmann, W. ............ ............................................ 46Grewell, D. ......... ............................................ .......28Gries, T. ............................ ....................................44Gupta, R. .................. ............................................ 34

HHarris, H. .................. ............................................ 25Hernandez, J. .......................................... ..............11Hernandez, R. .......................................... ..............45Holden, G. .. ........................................... ...............39Hylton, D. .................. ...........................................47

IIllig, A. ............. ............................................ .......15Isayev, A. ....................................... ......................17

JJohannaber, F. ......................................... ..............19Johnson, P. ....................... ....................................40

K Kamal, M. ........................................ ................17, 34Kanai, T. .................... ...........................................36Karger-Kocsis, J. ...................................... ..............48Kazmer, D. ..................................... ..............6, 10, 20Kennedy, P. ..................................... ......................16Kim, E.K. .................. ............................................ 24Kim, K. ...................................... .....................34, 39Kissin, Y. ................... ...........................................30Klempner, D. ........ ............................................ 25, 33Klingele, H. ..................................... ......................46

Kohlgrueber, K. ... ............................................ .......24Kretzschmar, G. ....................................... ...............19Kricheldorf, H. ............ ........................................... 39Kulkarni, S. ........ ............................................ .......16

LLarson, R. ................. ............................................ 49Lee, N. .............. ............................................ .......26Levchik, S. ................ ............................................ 42Limper, A. .......................................... .............13, 36Liu, S. ...................... ............................................ 17Loos, A. ..................... ...........................................29

MMalloy, R. .... ............................................ ...............5Manas-Zloczower, I. ...................................... ..........13Menges, G. ...................................... ..8, 21, 29, 37, 48Michaeli, W. ..................................... ..8, 11, 18, 19, 21Michler, G. ........................................... .................48Moet, A. .......... ............................................ .........14Mohren, P. ............ ............................................ .8, 21Müller, A. ........... ........................................... ..14, 43

NNaranjo, A. ...... ............................................ .........47Nesch, W. ..............................................................16Noriega, M. ...................................... ................23, 47

OOberbach, K. ........................................ ............12, 31Osswald, T. ...........................11, 12, 17, 29, 31, 37, 48

PPark, J. ........... ........................................... ..........28Pasquini, N. ..... ............................................ .........32Peacock, A. ...... ........................................... ..........49Pocius, A. ........ ............................................ .........27Pongratz, S. ......................................... .................46Pötsch, G. ............... ............................................ ..18Pruner, H. ........ ........................................... ..........16

QQuirk, R. ........................ .......................................39

RRao, N. ....................................... ......................7, 10Rauwendaal, C. ......................................17, 22, 23, 24Rees, H. ....................................... ............7, 8, 15, 21Riedel, G. ................ ............................................ ..47Rios, A. ........... ............................................ .........29Robeson, L. .................... .......................................34

Roldán-Alzate, A. .......................................... .........47Rosato, A. ............... ............................................ ..26Rosato, D. ............... ............................................ ..26Rotheiser, J. ............................................ ...............5

SSchaper, H. .......................................... .................46Schmachtenberg, E. ......................................... .12, 31Schott, N. ............... ............................................ ..10Schumacher, G. ........................................ ................7Seidler, S. . ........................................... .................46Selke, S. .......... ........................................... ..........45Sendijarevic , V. ..................................... ...........25, 33Shoemaker, J. ....................................... ............12, 18Siebert-Raths, A. ........................................... .........30Sierra, J. ...............................................................47

Sommer, J. .......................................... ............38, 41Spalding, M. .................. ........................................22Stauber, R. ...... ............................................ ..........44Stoeckhert, K. .... ............................................ .........8Stritzke, B. ........................................... ...........28, 38Summers, J. .... ............................................ ..........31

T Throne, J. ....................................... .................14, 25Trawiel, P. ..................... ........................................47Tres, P. ............................. ......................................4Troitzsch, J. ... ............................................ ...........43Turng, L. ................ ............................................ ...17

UUnger, P. ........................................... .......6, 9, 20, 21

VVollrath, L. ..... ............................................ ...........44Vossebürger, F. ........ ............................................ ...11

WWeil, E. .......... ............................................ ..........42White, J. ..... ...............................14, 24, 32, 34, 39, 40Wilkes, C. ............... ............................................ ...31Wimberger-Friedl, R. ............................................ ...20Wolf, R. ................. ............................................ ...27Wolff-Fabris, F. ......... ........................................27, 44Wolters, L. ...... ............................................ ..........11Wulfhorst, B. ................. ........................................44

ZZheng, R. ............... ............................................ ...16Zweifel, H. .................... ........................................42

Page 28: K-Katalog E 2014

8/10/2019 K-Katalog E 2014

http://slidepdf.com/reader/full/k-katalog-e-2014 28/31

54 55

Titles

INDEX

AA Glossary of Plastics Terminology in 7 Languages 7E ................................................................................................. .13

Adhesion and Adhesives Technology 3E ................................................................................................. ....................27

Additives .............. ........................................................................................................................ ..................42

BBlow Molding ... ................................................................................................................................... ............26

Blow Molding Design Guide 2E ................................................................................................. ................................26

Blow Molding Handbook 2E ................................................................................................. ....................................26

Blown Film Extrusion 2E ..................................................................................................... ....................................22

CColors & Coatings ................................................................................................. ................................................42

Co-Rotating Twin-Screw Extruders ................................................................................................. ...........................24

Coloring of Plastics ................................................................................................. ..........................................14, 43

Compression Molding ................................................................................................. .............................................29

Custom Molding of Thermoset Elastomers................................................................................................. ..............28, 38

DDESIGN .......................................... ................................................................................... ....................................4

Design Formulas for Plastics Engineers 2E ................................................................................................. ..................7

Designing Plastic Parts for Assembly 6E ................................................................................................. .....................4

Designing with Plastics ................................................................................................. ...........................................4

EElectron Beam Curing of Composites ................................................................................................. ...................27, 44

Engineered Rubber Products ................................................................................................. ...................................38

Engineering Biopolymers ................................................................................................. ........................................30

Engineering with Rubber 3E ................................................................................................. ...................................37

Extrusion ......................................... ................................................................................... ................................22

Extrusion Control ......................................... ................................................................................... .......................25

Extrusion of Polymers 2E ............................................................................................................................ .............23

FFatigue, Stress, and Strain of Rubber Components ......................................................................................................... 39

Fibers & Films ........................................ ................................................................................... ..........................36

Film Processing ........................................ ................................................................................... ..........................36

Flame Retardants for Plastics and Textiles ................................................................................................................... 42

Flow Analysis of Injection Molds 2E .......................................................................................................................... 16

Foams ........................................ ................................................................................... ......................................25

GGas-Assist Injection Molding ........................................................................................................................... ........18

Gastrow Injection Molds 4E ........................................................................................................................... ......9, 21

HHandbook of Engineering Biopolymers ....................................................................................................................... 33

Handbook of Polymeric Foams and Foam Technology 2E ............................................................................................. 25, 33

Hot Runner Technology ........................................................................................................................... ............6, 20

How to Improve Rubber Compounds .......................................................................................................................... 38

How to Make Injection Molds 3E ....................................... .................................................................................... 8, 21

IIndustrial Polymers ........................................ ................................................................................... .....................33

Injection Mold Design Engineering ........................................................................................................................ 6, 20

Injection Molding ........................................ ................................................................................... .....................15

Injection Molding ........................................ ........................................................................................................ 17

Injection Molding 2E ........................................ .................................................................................................... 18

Injection Molding Handbook 2E ............................................................................................................................... 17

Injection Molding Machines 4E ................................................................................................................................ 19

International Plastics Handbook 4E ..................................................................................................................... 12, 31

JJoining of Plastics 3E ........................................ ..................................................................................................... 5

MMATERIALS ....................................................................................................................................................... 30

Materials Science of Polymers for Engineers 3E ................................................................................................... 29, 37, 48

Mixing and Compounding ........................................ ............................................................................................. 13

Mixing and Compounding of Polymers 2E .................................................................................................................... 13

Mixing of Rubber Compounds ............................................................................................................................. 13, 36

Mold-Making Handbook 3E ................................. ...................................................................................................... 8

Moldow Design Guide ..................................................................................................................................... 12, 18

NNano- and Micro-Mechanics of Polymer Blends and Composites ......................................................................................... 48

Nano- and Micromechanics of Polymers ...................................................................................................................... 48

PPhysics & Chemistry .. ...................................... ................................................................................................... 48

Plastic Part Design for Injection Molding 2E ................................................................................................................. 5

Plastic Surface Modication .................................................................................................................................... 27

Plastics Additives Handbook 6E ............................................................................................................................... 42

Plastics and Composites Welding Handbook ................................................................................................................ 28

Plastics Failure Guide 2E ................................... ..................................................................................................... 10

Plastics Flammability Handbook 3E .... ....................................................................................................................... 43

Plastics in Automotive Engineering ........................................................................................................................... 44

Plastics Manufacturing Systems Engineering ............................................................................................................. 10

Plastics Packaging 2E ........................................................................................................................................ 45

Page 29: K-Katalog E 2014

8/10/2019 K-Katalog E 2014

http://slidepdf.com/reader/full/k-katalog-e-2014 29/31

56 57

Titles

REGISTER

Plastics Testing and Characterization.................................................................................................................... 47

Polyethylene.................................................................................................................................................. 30

Polymer Blends............................................................................................................................................... 34

Polymer Chemistry............................................................................................................................................. 49

Polymer Extrusion 5E......................................................................................................................................... 22

Polymer Mixing............................................................................................................................................... 14

Polymer Processing.......................................................................................................................................... 11

POLYMER SCIENCE.......................................................................................................................................... 46

Polymer Testing 2E.......................................................................................................................................... 46

Polymeric Materials.......................................................................................................................................... 32

Polymeric Nanocomposites................................................................................................................................. 34

Polyolens .................................................................................................................................................... 32

Polypropylene Handbook 2E................................................................................................................................ 32

Precision Injection Molding................................................................................................................................ 20

PROCESSING AND MANUFACTURING.................................................................................................................... 10

Processing of Composites.................................................................................................................................. 29

Product Design ............................................................................................................................................... 4

PVC Handbook................................................................................................................................................ 31

RRaw Materials Supply chain for Rubber Products ..................................................................................................... ....40

Resistance and Stability of Polymers..................................................................................................................... 46

Robust Process Development and Scientic Molding.................................................................................................. 16

Rotational Molding.......................................................................................................................................... 28

Rubber ........................................................................................................................................................ 36

Rubber Processing........................................................................................................................................... 40

Rubber Technology 2E....................................................................................................................................... 37

Runner and Gating Design Handbook 2E............................................................................................................. 9, 19

SScanning Electron Microscopy of Plastics Failure....................................................................................................... 46

Selecting Injection Molds............................................................................................................................... 8, 21

Simple Methods for Identication of Plastics 5E....................................................................................................... 45

SPC: Statistical Process Control in Injection Molding and Extrusion 2E...................................................................... 17, 24

Structure and Rheology of Molten Polymers................................................................................................................ 49

Synthetic Fibers................................................................................................................................................ 36

Synthetic Polymer-Polymer Composites.................................................................................................................. 30

T Testing & Analytics.......................................................................................................................................... 46

Textile Technology............................................................................................................................................. 44

The Complete Part Design Handbook.......................................................................................................................... 4

The First Snap-Fit Handbook 2E............................................................................................................................ 5

Thermal Analysis of Plastics ................................................................................................................................ 47

Thermoforming ............................................................................................................................................. 14

Thermoforming ................................................................................................................................................. 15

Thermoplastic and Rubber Compounds.............................................................................................................. 34, 39

Thermoplastic Elastomers 3E............................................................................................................................... 39

Thermoplastic Foam Extrusion.............................................................................................................................. 25

Three-Dimensional Molded Interconnect Devices (3D-MID)............................................................................................ 7

Tool Design .................................................................................................................................................... 6

Training in Injection Molding 2E .......................................................................................................................... 19

Training in Plastics Technology 2E........................................................................................................................ 11

Troubleshooting and Analysis of Single-Screw Extruders.............................................................................................. 22

Troubleshooting Rubber Problems......................................................................................................................... 41

Troubleshooting the Extrusion Process 2E............................................................................................................... 23

Twin Screw Extrusion 2E ..................................................................................................................................... 24

UUnderstanding Additive Manufacturing ................................................................................................................. 6, 42

Understanding Blow Molding 2E ............................................................................................................................ 26

Understanding Design of Experiments ..................................................................................................................... 12

Understanding Extrusion 2E ................................................................................................................................. 23

Understanding Injection Mold Design .................................................................................................................. 7, 15

Understanding Injection Molds ............................................................................................................................. 16

Understanding Plastics Engineering Calculations ........................................................................................................ 10

Understanding Plastics Testing ............................................................................................................................. 47

Understanding Polymer Processing ........................................................................................................................ 11

Understanding Thermoforming 2E ......................................................................................................................... 14

Page 30: K-Katalog E 2014

8/10/2019 K-Katalog E 2014

http://slidepdf.com/reader/full/k-katalog-e-2014 30/31

58 5958

Order Directly: Quick and Easy via Fax!

ORDER FORM

SO DOESKUNSTSTOFFE INTERNATIONAL. The English edition of the well-establis-hed German magazine KUNSTSTOFFEprovides you with approx. 800 pages annually of up-to-date information. Here you can read exclusive articles on materials, processing and application.

IN THE ONLINE PORTAL KUNSTSTOFFE-INTERNATIONAL.COMyou can findnot only the online archives in English and German but also our complete range of plasticsinformation.

There are three versions of KUNSTSTOFFE INTERNATIONAL:• DIGITAL EDITION (for reading on PC, MAC, tablets and smart phones)• PRINT ONLY• PRINT INCLUDING E-ACCESS TO THE FULL-TEXT ONLINE

ARCHIVES IN ENGLISH AND GERMAN WITH UNLIMITEDDOWNLOADS AND DIGITAL EDITION.

Read more and order your free sample copies atwww.kunststoffe-international.com

Your direct way toKUNSTSTOFFE INTERNATIONAL

Carl Hanser Verlag Kolbergerstrasse 22 81679 Munich/Germany Tel.: +49 89 99830-303 Fax: +49 89 984809 [email protected] www.kunststoffe-international.com

TE CH NI CA L MA GA ZI NE S| T E C H N I C A L B O O K S | ONLINE SERVICES| SEMINARS

MAKES YOU#1copy(ies) Author/Title ISBN Price

copy(ies) Author/Title ISBN Price

copy(ies) Author/Title ISBN Price

copy(ies) Author/Title ISBN Price

Shipping costs will be charged depending on your choice of delivery: n air mail n surface mail

n Company address n Private address

Shipping address: Billing address: (if different)

First name / Last name First name / Last name

Company Company

VAT No. Telephone / Fax

Department / Position Street

Telephone / Fax City / Country / ZIP/Postal Code

Street

City / Country / ZIP/Postal Code

E-Mail

Signature/Date

Please charge my credit card account:

n Visa n American Express n Euro-/Mastercard n Diners Club

Card. No.

Expiration Date Amount (Shipping costs will be added)

Page 31: K-Katalog E 2014

8/10/2019 K-Katalog E 2014

http://slidepdf.com/reader/full/k-katalog-e-2014 31/31

... with technical magazines,

technical books,

conferences and

online services

by Hanser Publishers

MAKES YOU#1