Understanding Thermoplastic Materials
This interactive CD, is an inexpensive training tool that provides basic knowledge and information concerning understanding of the top 23 thermoplastic materials. This seminar covers it all, from how the basic resins are made, what they come from, how the materials are formulated, how they are divided by definition, how they respond to various tests, how materials compare to each other against the most common requirements, which material is best for a specific application, and how much the materials cost. We even include the popular "Star" diagrams for each material. We have built-in systematic testing so the user can track data retained.
Only $19.95 (digital)
Worldwide Copyrights reserved by IPLAS.
Minimum System Requirements:- Pentium 75 running Windows 9X, 2000, XP, or NT 4.0- 4X CD ROM (16X recommended)- 256 color video card (16 bit recommended)- 16 MB RAM- 1 MB Video Card (2 MB recommended)
(This CD is password protected and intended for individual use only. Copyright does not allow use in a classroom environment. A multi-license is available for multiple users. Please contact IPLAS for details.)
Level 1- How Plastics Are Made
1 - The process for making injection molding materials
2 - The basic ingredients
3 - Understanding Polymerization
4 - Molecular structure/Copolymers/Alloys and blends
Level 2 - The Language Of Plastics
1 - Definitions of common terms
2 - Thermoplastics vs. thermosets
3 - Comparing amorphous to crystalline
4 - Elastomers
5 - Molecular weight and distribution
6 - Influence of time and temperature
7 - Reinforcements and fillers
Level 3 - Properties And Applications
1 - Physical properties
2 - Mechanical properties
3 - Thermal properties
4 - Electrical properties
5 - Environmental concerns
6 - Properties of common thermoplastics
7 - Properties of elastomers
8 - Star diagrams for 26 common materials
1 - The process for making injection molding materials
2 - The basic ingredients
3 - Understanding Polymerization
4 - Molecular structure/Copolymers/Alloys and blends
Level 2 - The Language Of Plastics
1 - Definitions of common terms
2 - Thermoplastics vs. thermosets
3 - Comparing amorphous to crystalline
4 - Elastomers
5 - Molecular weight and distribution
6 - Influence of time and temperature
7 - Reinforcements and fillers
Level 3 - Properties And Applications
1 - Physical properties
2 - Mechanical properties
3 - Thermal properties
4 - Electrical properties
5 - Environmental concerns
6 - Properties of common thermoplastics
7 - Properties of elastomers
8 - Star diagrams for 26 common materials
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