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Plastics technology handbook. Volume 2 [electronic resource] :manufacturing, composites, tooling, auxiliaries / edited by Donald V. Rosato, Marlene G. Rosato, Nick R. Schott.

Contributor(s): Rosato, Donald V | Rosato, Marlene G | Schott, Nick R, 1939-.
Material type: materialTypeLabelBookPublisher: [New York, N.Y.] (222 East 46th Street, New York, NY 10017) : Momentum Press, 2012Description: 1 electronic text (lii, 966 p.) : ill., digital file.ISBN: 9781606500842 (electronic bk.); 1606500848 (electronic bk.).Call number: 668.4 Subject(s): Plastics | Plastics industry and trade | Coating | Casting | Reaction injection molding | Rotational molding | Compression molding | Reinforced plastic | Other processes | Mold and die tooling | Auxiliary and secondary equipmentOnline resources: Click here to access online Also available in print.
Contents:
About the authors -- Figures -- Tables -- Abbreviations -- Acknowledgments -- Preface --
10. Coating -- Overview -- Different coating aspect -- Term and performance introduction -- Paint -- Water-based paint -- Varnish -- Lacquer -- Solvent -- Properties of plastics -- Thermoplastic coating -- TS coating -- Fundamentals of resin formation -- Condensation type -- Addition type -- Fluorine-containing resin -- Acrylic resin -- Cellulosic resin -- Copolymer resin -- Coumarone-lndene resin -- Parylene -- Application -- Coil coating -- Strippable coating -- Germ-free coating -- Evaluation method -- Process -- Overview -- Film solidification -- Coating methods -- Coating equipment -- Roll-coat finish -- Spread coating -- Floating knife coater -- Fluidized bed coating -- Spray coating -- Powder coating -- Electrostatic spraying -- Coil coating (metal coating) -- Property -- Corrosion and chemical resistance -- Fire retardant -- Intumescent coating -- Heat resistant -- Thermal control -- Electrical insulating -- Simulated service tests -- Abrasion resistance -- Adhesion -- Accelerated aging in hot air -- Accelerated aging in oxygen -- Blocking -- Burst strength -- Compression set -- Curl -- Elongation -- Flame resistance, vertical -- Flexibility -- Hardness -- Hydrostatic resistance -- Low temperature cracking -- Modulus -- Gas permeability -- Liquid permeability -- pH value -- Resiliency -- Stretch -- Swelling -- Tear strength -- Tensile strength -- Thickness -- Wicking -- Weathering -- Solvent and coating -- Solvent composition in coating -- Solvent and solvent-free coatings -- Emission -- Clean Air Act -- Solvent substitution --
11. Casting -- Introduction -- Plastic -- Processes -- Casting of acrylic -- Introduction -- Casting sheet -- Casting rod and tube -- Embedment -- Filled casting -- Prototype casting -- Casting of nylon -- Introduction -- Process -- Solvent casting of film --
12. Reaction injection molding -- Introduction -- Equipment -- Mold -- Runner and gate design -- Cost -- Processing -- Process control -- Material -- Conversion process -- TP polyurethane -- TS polyurethane -- Cure of TS -- Polymerization -- RRIM and resin transfer molding -- Costing --
13. Rotational molding -- Introduction -- Process -- Plastic -- Plastic behavior -- Effect of the thermal treatment -- Effect of pigmentation and mixing method -- Conclusion -- Performance -- Machines -- Mold -- Design -- Production and cost --
14. Compression molding -- Introduction -- Mold -- Machines -- Plastic -- Polytetrafluoroethylene billet -- Hot compression-molding PTFE -- Processing -- Heating -- Automation -- Transfer molding -- Compression-injection molding -- Compression and isostatic molding --
15. Reinforced plastic -- Overview -- Definition -- Fibrous composite -- Laminar composite -- Particulate composites -- Fillers -- Properties -- Orientation of reinforcement -- Directional property -- Hetergeneous/homogeneous/anisotropic -- Material of construction -- Prepreg -- Sheet molding compound -- Bulk molding compound -- Compound -- Fabricating process -- Preform process -- Type process -- Compression molding -- Hand layup -- Filament winding -- Injection molding -- Marco process -- Pultrusion -- Reactive liquid molding -- Reinforced RTM -- Reinforced rotational molding -- SCRIMP process -- Soluble core molding -- Spray-up -- Stamping -- Selecting processes -- Design -- Aspect ratio -- Tolerance -- Engineering analysis -- Design theory --
16. Other processes -- Introduction -- PVC plastisol -- Introduction -- Processing plastisol -- Processing organosol -- Slush molding -- Rotational molding -- Spray molding -- Continuous coating -- Open molding -- Closed molding -- Dip molding -- Dip coating -- Heating system -- Ink screening -- Encapsulation -- Potting -- Liquid injection molding -- Vacuum-assisted LIM -- Impregnation -- Chemical etching -- Twin-screw injection molding -- Textile covered molding -- Melt compression molding -- Back injection -- Melt flow compression molding -- Back compression (melt compression molding) -- MCM-IML -- Processing comparison --
17. Mold and die tooling -- Overview -- Material of construction -- Steel -- Aluminum -- Preheating -- Aluminum zinc -- Copper -- Beryllium copper -- Copper zinc -- Other alloys -- Metal spray -- Porous metal -- Soft tooling -- Manufacturing -- Electric-discharge machining -- Electroforming -- Surface finish -- Polishing -- Orange peel -- Art of polishing -- Hand polishing -- Protective coating/plating -- Overview -- Problems -- Plating -- Coating -- Heat treatment -- Cryogenic processing -- Maintenance/cleaning -- Mold -- Introduction -- Basic operation -- Mold components -- Mold type -- Injection mold feed system -- Sprue -- Runner -- Gate -- Cavity -- Cold runner -- Hot runner -- Runner overview -- Material of construction -- Cooling -- Cavity venting -- Ejection -- Mold/part shrinkage -- Mold construction -- Release agent -- Faster/lower-cost mold insert approach -- Manufacturing mold cavity -- Polishing -- Preengineering -- Safety -- Moldmakers -- Imports -- Directories -- Summary -- Dies -- Material of construction -- Terminology -- Design -- Melt flow -- Extrudate performance -- Manifold -- Process control -- Die type -- Tubular dies -- New die designs -- Computers -- Tool analysis -- Model construction -- Software -- Material selection software -- Tooling and prototyping -- Rapid system -- Rapid tooling -- Selecting rapid tooling -- Rapid prototyping -- Software trend -- Repair versus buying -- Welding -- Storage -- Tool builders -- Glossary -- Appendix --
18. Auxiliary and secondary equipment -- Introduction -- Material/product handling -- Material-handling system -- Injection molding -- Extruding -- Decorating -- Joining and assembling -- Adhesive and solvent bonding -- Mechanical assembly -- Staking -- Welding assembly -- Machining -- Overview -- Machining and cutting operations -- Machining and tooling -- Machining nonmelt TP -- Laser machining -- Other machining methods -- Machining safety --
Glossary -- Further reading.
Abstract: This book, as a two-volume set, offers a simplified, practical, and innovative approach to understanding the design and manufacture of products in the world of plastics. Its unique review will expand and enhance your knowledge of plastic technology by defining and focusing on past, current, and future technical trends. Plastics behavior is presented to enhance one's capability when fabricating products to meet performance requirements, reduce costs, and generally be profitable. Important aspects are also presented to help the reader gain understanding of the advantages of different materials and product shapes. The information provided is concise and comprehensive.
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English ebook

ebook

Includes bibliographical references (p. 953-966).

About the authors -- Figures -- Tables -- Abbreviations -- Acknowledgments -- Preface --

10. Coating -- Overview -- Different coating aspect -- Term and performance introduction -- Paint -- Water-based paint -- Varnish -- Lacquer -- Solvent -- Properties of plastics -- Thermoplastic coating -- TS coating -- Fundamentals of resin formation -- Condensation type -- Addition type -- Fluorine-containing resin -- Acrylic resin -- Cellulosic resin -- Copolymer resin -- Coumarone-lndene resin -- Parylene -- Application -- Coil coating -- Strippable coating -- Germ-free coating -- Evaluation method -- Process -- Overview -- Film solidification -- Coating methods -- Coating equipment -- Roll-coat finish -- Spread coating -- Floating knife coater -- Fluidized bed coating -- Spray coating -- Powder coating -- Electrostatic spraying -- Coil coating (metal coating) -- Property -- Corrosion and chemical resistance -- Fire retardant -- Intumescent coating -- Heat resistant -- Thermal control -- Electrical insulating -- Simulated service tests -- Abrasion resistance -- Adhesion -- Accelerated aging in hot air -- Accelerated aging in oxygen -- Blocking -- Burst strength -- Compression set -- Curl -- Elongation -- Flame resistance, vertical -- Flexibility -- Hardness -- Hydrostatic resistance -- Low temperature cracking -- Modulus -- Gas permeability -- Liquid permeability -- pH value -- Resiliency -- Stretch -- Swelling -- Tear strength -- Tensile strength -- Thickness -- Wicking -- Weathering -- Solvent and coating -- Solvent composition in coating -- Solvent and solvent-free coatings -- Emission -- Clean Air Act -- Solvent substitution --

11. Casting -- Introduction -- Plastic -- Processes -- Casting of acrylic -- Introduction -- Casting sheet -- Casting rod and tube -- Embedment -- Filled casting -- Prototype casting -- Casting of nylon -- Introduction -- Process -- Solvent casting of film --

12. Reaction injection molding -- Introduction -- Equipment -- Mold -- Runner and gate design -- Cost -- Processing -- Process control -- Material -- Conversion process -- TP polyurethane -- TS polyurethane -- Cure of TS -- Polymerization -- RRIM and resin transfer molding -- Costing --

13. Rotational molding -- Introduction -- Process -- Plastic -- Plastic behavior -- Effect of the thermal treatment -- Effect of pigmentation and mixing method -- Conclusion -- Performance -- Machines -- Mold -- Design -- Production and cost --

14. Compression molding -- Introduction -- Mold -- Machines -- Plastic -- Polytetrafluoroethylene billet -- Hot compression-molding PTFE -- Processing -- Heating -- Automation -- Transfer molding -- Compression-injection molding -- Compression and isostatic molding --

15. Reinforced plastic -- Overview -- Definition -- Fibrous composite -- Laminar composite -- Particulate composites -- Fillers -- Properties -- Orientation of reinforcement -- Directional property -- Hetergeneous/homogeneous/anisotropic -- Material of construction -- Prepreg -- Sheet molding compound -- Bulk molding compound -- Compound -- Fabricating process -- Preform process -- Type process -- Compression molding -- Hand layup -- Filament winding -- Injection molding -- Marco process -- Pultrusion -- Reactive liquid molding -- Reinforced RTM -- Reinforced rotational molding -- SCRIMP process -- Soluble core molding -- Spray-up -- Stamping -- Selecting processes -- Design -- Aspect ratio -- Tolerance -- Engineering analysis -- Design theory --

16. Other processes -- Introduction -- PVC plastisol -- Introduction -- Processing plastisol -- Processing organosol -- Slush molding -- Rotational molding -- Spray molding -- Continuous coating -- Open molding -- Closed molding -- Dip molding -- Dip coating -- Heating system -- Ink screening -- Encapsulation -- Potting -- Liquid injection molding -- Vacuum-assisted LIM -- Impregnation -- Chemical etching -- Twin-screw injection molding -- Textile covered molding -- Melt compression molding -- Back injection -- Melt flow compression molding -- Back compression (melt compression molding) -- MCM-IML -- Processing comparison --

17. Mold and die tooling -- Overview -- Material of construction -- Steel -- Aluminum -- Preheating -- Aluminum zinc -- Copper -- Beryllium copper -- Copper zinc -- Other alloys -- Metal spray -- Porous metal -- Soft tooling -- Manufacturing -- Electric-discharge machining -- Electroforming -- Surface finish -- Polishing -- Orange peel -- Art of polishing -- Hand polishing -- Protective coating/plating -- Overview -- Problems -- Plating -- Coating -- Heat treatment -- Cryogenic processing -- Maintenance/cleaning -- Mold -- Introduction -- Basic operation -- Mold components -- Mold type -- Injection mold feed system -- Sprue -- Runner -- Gate -- Cavity -- Cold runner -- Hot runner -- Runner overview -- Material of construction -- Cooling -- Cavity venting -- Ejection -- Mold/part shrinkage -- Mold construction -- Release agent -- Faster/lower-cost mold insert approach -- Manufacturing mold cavity -- Polishing -- Preengineering -- Safety -- Moldmakers -- Imports -- Directories -- Summary -- Dies -- Material of construction -- Terminology -- Design -- Melt flow -- Extrudate performance -- Manifold -- Process control -- Die type -- Tubular dies -- New die designs -- Computers -- Tool analysis -- Model construction -- Software -- Material selection software -- Tooling and prototyping -- Rapid system -- Rapid tooling -- Selecting rapid tooling -- Rapid prototyping -- Software trend -- Repair versus buying -- Welding -- Storage -- Tool builders -- Glossary -- Appendix --

18. Auxiliary and secondary equipment -- Introduction -- Material/product handling -- Material-handling system -- Injection molding -- Extruding -- Decorating -- Joining and assembling -- Adhesive and solvent bonding -- Mechanical assembly -- Staking -- Welding assembly -- Machining -- Overview -- Machining and cutting operations -- Machining and tooling -- Machining nonmelt TP -- Laser machining -- Other machining methods -- Machining safety --

Glossary -- Further reading.

Restricted to libraries which purchase an unrestricted PDF download via an IP.

This book, as a two-volume set, offers a simplified, practical, and innovative approach to understanding the design and manufacture of products in the world of plastics. Its unique review will expand and enhance your knowledge of plastic technology by defining and focusing on past, current, and future technical trends. Plastics behavior is presented to enhance one's capability when fabricating products to meet performance requirements, reduce costs, and generally be profitable. Important aspects are also presented to help the reader gain understanding of the advantages of different materials and product shapes. The information provided is concise and comprehensive.

Also available in print.

Mode of access: World Wide Web.

System requirements: Adobe Acrobat reader.

Title from PDF t.p. (viewed on August 21, 2011).

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