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Plastics additives : an A-Z reference / edited by Geoffrey Pritchard.

Colaborador(es): Tipo de material: TextoTextoIdioma: Inglés Series Polymer science and technology seriesDetalles de publicación: London: Chapman & Hall, 1998.Edición: First editionDescripción: xx, 633 pages: illustrations; 24 cmISBN:
  • 041272720X
  • 9780412727207
Tema(s): Clasificación CDD:
  • 668.411 21
Contenidos parciales:
Additives are essential -- Quick Reference Guide -- Practical Methods of Mixing Additives with Polymers -- Analytical Methods for Additives in Plastics -- Biodegradation of Plastics: Monitoring what Happens -- Acid Scavengers for Polyolefins -- Anti-Blocking of Polymer Films -- Antioxidants: An Overview -- Antioxidants: Hindered Phenols -- Antioxidants: Their Analysis in Plastics -- Antioxidants for Poly(Ethylene Terephthalate) -- Antistatic Agents -- Biocides -- Biocides: Some Kinetic Aspects -- Biodegradation Promoters for Plastics -- Blowing Agents -- Calcium Carbonate -- Carbon Black -- Compatibilizers for Recycled Polyethylene -- Conducting Fillers for Plastics: (1) Flakes and Fibres -- Conducting Fillers for Plastics: (2) Conducting Polymer Additives -- Coupling Agents -- Curing Agents -- Diluents and Viscosity Modifiers for Epoxy Resins -- Dyes for the Mass Coloration of Plastics -- Fibres: the Effect of Short Glass Fibres on the Mechanical Properties of Thermoplastics -- Fillers -- Fillers: Their Effect on the Failure Modes of Plastics -- Flame Retardancy: The Approaches Available -- Flame Retardants: Borates -- Flame Retardants: Halogen-Free Systems (including Phosphorus Additives) -- Flame Retardants: Inorganic Oxide and Hydroxide Systems -- Flame Retardants: Intumescent Systems -- Flame Retardants: Iron Compounds, their Effect on Fire and Smoke in Halogenated Polymers -- Flame Retardants: Poly(Vinyl Alcohol) and Silicon Compounds -- Flame Retardants: Synergisms Involving Halogens -- Flame Retardants: Tin Compounds -- Hindered Amine Light Stabilizers: Introduction -- Hindered Amine Light Stabilizers: Recent Developments -- Hollow Microspheres -- Impact Modifiers: (1) Mechanisms and Applications in Thermoplastics -- Impact Modifiers: (2) Modifiers for Engineering Thermoplastics -- Impact Modifiers: (3) Their Incorporation in Epoxy Resins -- Impact Modifiers: (4) Organic Toughening Agents for Epoxy Resins -- Impact Modifiers: (5) Modifiers for Unsaturated Polyester and Vinyl Ester Resins -- Light and UV Stabilization of Polymers -- Low Profile Additives in Thermoset Composites -- Lubricating Systems for Rigid PVC -- Metallic Soaps - see Lubricating Systems for Rigid PVC Mica -- Nucleating Agents for Thermoplastics -- Optical Brighteners -- Paper for Resin Bonded Paper Laminates -- Pigments for Plastics -- Piperidine Compounds - see Light and UV Stabilization of Polymers Plasticizers -- Plasticizers: Health Aspects -- Polymer Additives - the Miscibility of Blends -- Processing Aids: Fluoropolymers to Improve the Conversion of Polyolefins -- Processing Aids for Vinyl Foam -- Recycled Plastics: Additives and their Effect on Properties -- Reinforcing Fibres -- Release Agents -- Rice Husk Ash -- Scorch Inhibitors for Flexible Polyurethanes -- Silicon Compounds, Silicates - see Fillers and Flame Retardants: Poly(Vinyl Alcohol) and Silicon Compounds and Coupling Agents Smoke Suppressants -- Surface-Modified Rubber Particles for Polyurethanes -- Surface Treatments for Particulate Fillers in Plastics -- Surfactants: Applications in Plastics -- Surfactants: the Principles.
Resumen: The growth in the worldwide plastics industry in recent years owes at least as much to developments in additive technology as it does to improvements in polymer science. Probably the improvements in polymer science have been more widely disseminated and better explained. There are now far more categories of additives than there were 25 years ago. Changes in technology are driven partly by the desire to produce plastics which are ever more closely specified for particular purposes, and partly by environmental pressures and legislative changes. This book does not deal specifically with environmental issues as a subject (nor with health and safety topics) but it includes within its authorship representatives of both the manufacturing industry sector and the academic world, thus providing a range of views on controversial issues.
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Existencias
Tipo de ítem Biblioteca actual Signatura Copia número Estado Fecha de vencimiento Código de barras Reserva de ítems
Colección general Colección general Biblioteca Yachay Tech 668.411 P7156 1998 (Navegar estantería(Abre debajo)) Ej. 1 Disponible 002706
Colección general Colección general Biblioteca Yachay Tech 668.411 P7156 1998 (Navegar estantería(Abre debajo)) Ej. 2 Disponible 002707
Colección general Colección general Biblioteca Yachay Tech 668.411 P7156 1998 (Navegar estantería(Abre debajo)) Ej. 3 Disponible 002708
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Includes bibliographical references and index.

Additives are essential -- Quick Reference Guide -- Practical Methods of Mixing Additives with Polymers -- Analytical Methods for Additives in Plastics -- Biodegradation of Plastics: Monitoring what Happens -- Acid Scavengers for Polyolefins -- Anti-Blocking of Polymer Films -- Antioxidants: An Overview -- Antioxidants: Hindered Phenols -- Antioxidants: Their Analysis in Plastics -- Antioxidants for Poly(Ethylene Terephthalate) -- Antistatic Agents -- Biocides -- Biocides: Some Kinetic Aspects -- Biodegradation Promoters for Plastics -- Blowing Agents -- Calcium Carbonate -- Carbon Black -- Compatibilizers for Recycled Polyethylene -- Conducting Fillers for Plastics: (1) Flakes and Fibres -- Conducting Fillers for Plastics: (2) Conducting Polymer Additives -- Coupling Agents -- Curing Agents -- Diluents and Viscosity Modifiers for Epoxy Resins -- Dyes for the Mass Coloration of Plastics -- Fibres: the Effect of Short Glass Fibres on the Mechanical Properties of Thermoplastics -- Fillers -- Fillers: Their Effect on the Failure Modes of Plastics -- Flame Retardancy: The Approaches Available -- Flame Retardants: Borates -- Flame Retardants: Halogen-Free Systems (including Phosphorus Additives) -- Flame Retardants: Inorganic Oxide and Hydroxide Systems -- Flame Retardants: Intumescent Systems -- Flame Retardants: Iron Compounds, their Effect on Fire and Smoke in Halogenated Polymers -- Flame Retardants: Poly(Vinyl Alcohol) and Silicon Compounds -- Flame Retardants: Synergisms Involving Halogens -- Flame Retardants: Tin Compounds -- Hindered Amine Light Stabilizers: Introduction -- Hindered Amine Light Stabilizers: Recent Developments -- Hollow Microspheres -- Impact Modifiers: (1) Mechanisms and Applications in Thermoplastics -- Impact Modifiers: (2) Modifiers for Engineering Thermoplastics -- Impact Modifiers: (3) Their Incorporation in Epoxy Resins -- Impact Modifiers: (4) Organic Toughening Agents for Epoxy Resins -- Impact Modifiers: (5) Modifiers for Unsaturated Polyester and Vinyl Ester Resins -- Light and UV Stabilization of Polymers -- Low Profile Additives in Thermoset Composites -- Lubricating Systems for Rigid PVC -- Metallic Soaps - see Lubricating Systems for Rigid PVC Mica -- Nucleating Agents for Thermoplastics -- Optical Brighteners -- Paper for Resin Bonded Paper Laminates -- Pigments for Plastics -- Piperidine Compounds - see Light and UV Stabilization of Polymers Plasticizers -- Plasticizers: Health Aspects -- Polymer Additives - the Miscibility of Blends -- Processing Aids: Fluoropolymers to Improve the Conversion of Polyolefins -- Processing Aids for Vinyl Foam -- Recycled Plastics: Additives and their Effect on Properties -- Reinforcing Fibres -- Release Agents -- Rice Husk Ash -- Scorch Inhibitors for Flexible Polyurethanes -- Silicon Compounds, Silicates - see Fillers and Flame Retardants: Poly(Vinyl Alcohol) and Silicon Compounds and Coupling Agents Smoke Suppressants -- Surface-Modified Rubber Particles for Polyurethanes -- Surface Treatments for Particulate Fillers in Plastics -- Surfactants: Applications in Plastics -- Surfactants: the Principles.

The growth in the worldwide plastics industry in recent years owes at least as much to developments in additive technology as it does to improvements in polymer science. Probably the improvements in polymer science have been more widely disseminated and better explained. There are now far more categories of additives than there were 25 years ago. Changes in technology are driven partly by the desire to produce plastics which are ever more closely specified for particular purposes, and partly by environmental pressures and legislative changes. This book does not deal specifically with environmental issues as a subject (nor with health and safety topics) but it includes within its authorship representatives of both the manufacturing industry sector and the academic world, thus providing a range of views on controversial issues.

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