Chapter 1 Introduction
1.1 Overview of the development of plastic materials
1.2 Concept and classification of plastics
1.2.1 Concept of plastics
1.2.2 Classification of plastics
1.3 Characteristics and applications of plastics
1.3.1 Characteristics of plastics
1.3.2 Plastics Application of Materials
1.4 Composition and Formula of Plastic
1.4.1 Composition of Plastic
1.4.2 Plastic Formula
1.5 This Course learning objectives and requirements
Chapter 2 Thermoplastics
2.1 Polyvinyl chloride
2.1.1 Introduction to polyvinyl chloride
2.1.2 Structure and properties of polyvinyl chloride
2.1.3 Molding and processing of polyvinyl chloride
2.1.4 Modified varieties of polyvinyl chloride
2.2 Polyethylene
2.2.1 Introduction to polyethylene
2.2.2 Structure and properties of polyethylene
2.2.3 Molding processing of polyethylene
2.2.4 Application of polyethylene
2.2.5 Other varieties
2.3 Polypropylene
2.3.1 Introduction to polypropylene
2.3.2 Structure and properties of polypropylene
2.3.3 Molding processing and application of polypropylene
2.3.4 Modified varieties of polypropylene plastics
2.4 Polystyrene plastics
2.4.1 Polystyrene
2.4.2 Acrylonitrile-butadiene-styrene plastics
2.4 .3 Other styrenic plastics
2.5 Acrylic plastics
2.5.1 Polymethyl methacrylate
2.5.2 Other acrylic polymers Object
2.6 Polyurethane plastic
2.6.1 Introduction to polyurethane
2.6.2 Synthetic raw materials of polyurethane
2.6.3 Polyurethane foam
2.6.4 Polyurethane elastomer
2.6.5 Polyurethane artificial leather
2.7 Polyamide
2.7.1 Introduction to polyamide< /p>
2.7.2 Polyamide structure
2.7.3 Properties of polyamide
2.7.4 Molding processing and application of polyamide
2.7.5 Modified varieties of polyamide
2.8 Polycarbonate
2.8.1 Introduction to polycarbonate
2.8.2 The structure and characteristics of polycarbonate Properties
2.8.3 Molding processing of polycarbonate
2.8.4 Modified varieties of polycarbonate
2.9 Polyformaldehyde
2.9.1 Introduction to polyoxymethylene
2.9.2 Structure and properties of polyoxymethylene
2.9.3 Molding, processing and application of polyoxymethylene
2.9.4 Modified varieties of polyformaldehyde
2.10 Thermoplastic polyester
2.10.1 Polyethylene terephthalate
2.10.2 Polyterephthalate Butylene glycol
2.11 Fluoroplastics
2.11.1 Polytetrafluoroethylene
2.11.2 Other fluoroplastics
2.12 Polysulfone Plastic-like
2.12.1 Polysulfone
2.12.2 Polyarylsulfone
2.12.3 Polyethersulfone
2.13 Polyphenylene Sulfide
2.13.1 Introduction to polyphenylene sulfide
2.13.2 Structure and properties of polyphenylene sulfide
2.13.3 Polyphenylene sulfide Molding processing and application
2.14 Polyimide
2.14.1 Introduction to polyimide
2.14.2 Structure and properties of polyimide< /p>
2.14.3 Molding processing and application of polyimide
2.15 Other
Other engineering plastics
2.15.1 Chlorinated polyether
2.15.2 Polyarylate
2.15.3 Polyetheretherketone
2.15.4 Liquid Crystal Polymer
Chapter 3 Thermosetting Plastics
3.1 Phenolic Resin and Plastics
3.1.1 Introduction to Phenolic Resin and Plastics
3.1.2 Phenolic resin
3.1.3 Phenolic molding compound
3.1.4 Phenolic laminated plastic
3.1.5 Phenolic foam
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3.2.1 Introduction to amino resins and plastics
3.2.2 Amino plastics
3.3 Epoxy resins and plastics
3.3.1 Introduction to epoxy resin
3.3.2 Composition and properties of epoxy plastic
3.3.3 Molding and application of epoxy plastic
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3.4 Unsaturated polyester
3.4.1 Introduction to unsaturated polyester
3.4.2 Composition and curing of unsaturated polyester
3.4.3 Properties of unsaturated polyester products
3.4.4 Molding and application of unsaturated polyester
Chapter 4 Plasticizers
4.1 Overview
4.1.1 Definition and uses of plasticizers
4.1.2 Classification of plasticizers
4.1.3 Mechanism of action of plasticizers
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4.2 Main properties of plasticizers
4.3 Commonly used plasticizers for plastics
4.4 Selection of plasticizers
4.4.1 Plasticization Determination of the system
4.4.2 Performance comparison of common plasticizers
4.4.3 Application of plasticizers in polyvinyl chloride
Chapter 5 Stabilizer
5.1 Heat stabilizer
5.1.1 Thermal degradation of polyvinyl chloride
5.1.2 The principle of action of heat stabilizer
< p>5.1.3 Synergistic effect of heat stabilizers5.1.4 Commonly used heat stabilizers
5.1.5 Selection of heat stabilizers
5.1. 6 Development Trend of Heat Stabilizers
5.2 Light Stabilizers
5.2.1 Photoaging of Plastics
5.2.2 Classification and Function of Light Stabilizers Mechanism
5.2.3 Application of light stabilizers
5.3 Antioxidants
5.3.1 Oxygen aging of plastics
5.3. 2 Mechanism of action of antioxidants
5.3.3 Commonly used antioxidants in plastics
5.3.4 Application of antioxidants
5.3.5 Antioxidants Current Situation and Development
Chapter 6 Fillers
6.1 Overview
6.2 Fillers
6.2.1 The impact of filler properties on resin Impact on performance
6.2.2 Commonly used fillers in plastics
6.3 Reinforcement materials
6.3.1 Mechanism of action of reinforcement materials
6.3 .2 Commonly used reinforcing materials~
6.4 Coupling agents and surface treatment agents
6.4.1 Coupling agents
6.4.2 Surface treatment agents
6.5 Application of Fillers in Plastics
Chapter 7 Other Auxiliaries
7.1 Colorants and Masterbatch
7.1.1 Plastic Coloring Basic knowledge
7.1.2 Commonly used colorants for plastics
7.1.3 Application of colorants
7.2 Lubricants
7.2.1 Mechanism of action of lubricants
7.2.2 Commonly used lubricants
7.2.3 Application of lubricants
7.3 Flame retardants
7.3.1 Combustion of plastics
7.3.2 Flame retardants and their mechanisms of action
7.3.3 Commonly used plastic flame retardants
7.3.4 Flame retardants Application of agents
7.
4 Antistatic agents
7.4.1 Generation and harm of static electricity
7.4.2 Mechanism of action of antistatic agents
7.4.3 Commonly used antistatic agents for plastics
7.4.4 Use of antistatic agent
7.5 Foaming agent
7.5.1 Physical foaming agent
7.5.2 Chemical Foaming Agent
7.5.3 Application of Foaming Agent
Chapter 8 Plastic Formula Design
8.1 Overview
8.1. 1 The significance of plastic formula design
8.1.2 Principles of plastic formula design
8.1.3 Representation of plastic formula
8.1.4 Determination of plastic formula< /p>
8.2 Examples of commonly used plastic formulas
8.2.1 Plastic processing formulas
8.2.2 Filled and reinforced plastic formulas
8.2.3 Plastics Flame retardant formula
8.2.4 Plastic weather resistance formula
8.3 Plastic formula design method
8.3.1 Single variable formula design
8.3.2 Multivariable formulation method
Appendix
References
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