Table of Contents
Engineering Thermoplastics_ Nylons (PA), Acetals (POM), Polyesters (PBT and PET), PC, Acrylics (PMMA), PTFE, PPO, PPS, PEEK
Polyamide History
Chemistry & Chemical Structure linear polyamides
Chemistry & Chemical Structure linear polyamides
Chemistry & Chemical Structure Aromatic polyamides (aramids)
Chemistry & Chemical Structure Transparent polyamides
Applications for Polyamides
Mechanical Properties of Polyamides
Physical Properties of Polyamide
Advantages Disadvantages of Polyamide
Additives and Reinforcements to PA
Properties of Reinforced Nylon
Other Heterochain Polymers
Other Heterochain Polymers
Other Heterochain Polymers
Mechanical Properties
Polyester History
Chemistry & Chemical Structure linear polyesters (versus branched)
Chemistry & Chemical Structure linear polyesters (versus branched)
PET Chemical Structure and Applications
PBT Chemical Structure and Applications
Thermoplastic Aromatic Copolyesters
Applications for Polyesters (PET)
Applications for Polyesters (PBT and LCP)
Mechanical Properties of Polyesters
Physical Properties of Polyester
Advantages and Disadvantages of Polyesters
Thermoplastic Copolyesters
ABS, PC Background
Acrylic and Cellulosic Background
Acrylics Chemical Structure
PS, PC, ABS Chemical Structure
Applications for PC and Acrylics
Mechanical Properties of Acrylic, PC, PC/ABS
Physical Properties of Acrylic, PC, PC/ABS
Advantages
Other Crystalline Thermoplastics Reference: Appendix E. Industrial Plastics
PEEK History
Chemistry & Chemical Structure
Chemical Synthesis
PEEK and PEK Applications
Mechanical Properties of PEEK
Physical Properties of PEEK
Properties of Reinforced PEEK
Processing Properties of PEEK
Advantages and Disadvantages of Polyketones
Polyphenylene Materials
PPO and PPS Materials
PPO and PPS Applications
PPS and PPO Mechanical Properties
PPS and PPO Physical Properties
PPS and PPO Processing Properties
Section Review
Homework Questions
Homework Questions
Section Review
Homework Questions
Homework Questions
Homework Questions
Homework Questions
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