What Are the Different Types of Polymer Materials?

Polymer materials refer to high molecular weight (usually up to 10 to 106) compounds made up of many identical, simple structural units repeatedly connected by covalent bonds. For example, the polyvinyl chloride molecule is made up of a number of molecular structural units of "vinyl chloride" "-CH2CHCl-" repeatedly connected, so "-CH2CHCl"-also known as a structural unit or chain link. A compound composed of small molecules capable of forming structural units is called a monomer and is a raw material for synthesizing polymers.

Polymer materials

Light Industry Press

Author: Ling Sheng eds

ISBN : 10 places [7501926271] 13 places [9787501926275]

Publisher : Light Industry Press

Publication date : 2007-1-1

Price : $ 35.00

Book Catalog

Chapter 1 General Plastics

1.1 Overview

1.2 Polyethylene

1.3 Polypropylene

1.4 Polyvinyl chloride

1.5 Styrene resin

1.6 Phenolic resin and amino resin

1.7 Epoxy resin

1.8 Polyurethane

1.9 Other general plastics

Chapter 2 Engineering Plastics

2.1 Polyamide

2.2 Polycarbonate

2.3 POM

2.4 Polyphenylene oxide

2.5 Polyester resin

2.6 Polyimides

2.7 Polyphenylene sulfide

2.8 Polysulfones

2.9 Polyaryletherketones

2.10 Fluoroplastics

Chapter 3 Rubber

3.1 Overview

3.2 General rubber

3.3 Special rubber

3.4 Thermoplastic elastomer

Chapter 4 Fibers

4.1 Overview

4.2 Viscose fiber

4.3 Polyester fiber

4.4 Polyamide fiber

4.5 Polyacrylonitrile fiber

4.6 Other fiber varieties

4.7 High-performance fiber

Chapter 5 Coatings and Adhesives

5.1 Coatings

5.2 Adhesive

Other chapters

Chapter 6 Functional Polymer Materials Chapter 7 Polymer Biomaterials

Chapter 8 Natural Organic Polymers

Chapter 9 Inorganic Polymer Materials

References

Chemical Industry Press

Basic Information

Author: Ellen Stein

Publisher: 7-122

Publication year: 2007-7

Pages: 230

Price: 38.00 yuan

ISBN: 9787122003522

brief introduction

Since its publication, this book has been published in German, English, French, and Spanish. The book focuses on the structure, performance, processing, and application of polymer materials, and uses engineering practice as the basis to explore various factors. Interrelationships and constraints.

The content mainly includes the structure, conventional properties, mechanical properties, thermomechanical properties, and aging properties of polymer materials. The book has cited a large number of research results of scientific and engineering experts with international standards.

In addition to the reference for engineering and technical personnel engaged in polymer material research, this book can also be used as an undergraduate, graduate textbook or teaching reference book. ^[1]