"Thermosets" Example Sentences
1. Thermosets are a type of polymer that do not melt when heated.
2. The production of thermosets involves a chemical reaction that makes them hard and durable.
3. Some common examples of thermosets include bakelite and epoxy resins.
4. Because of their strong chemical bonds, thermosets have high resistance to heat and chemicals.
5. The curing process of thermosets involves cross-linking of the polymer chains.
6. Thermosets are often used in electrical insulation due to their high dielectric strength.
7. Unlike thermoplastics, once formed, thermosets cannot be reshaped by heating.
8. The properties of thermosets can be customized by adjusting the curing conditions.
9. Thermosets are widely used in the automotive industry for their high strength and durability.
10. The cross-linking of thermosets creates a three-dimensional network that is rigid and not flexible.
11. The curing of thermosets can be accelerated by adding catalysts or heat.
12. Thermosets can also be reinforced with fibers to improve their mechanical properties.
13. Thermosets are ideal for applications where a tough and durable material is required.
14. The chemical structure of thermosets makes them highly resistant to degradation and aging.
15. The high thermal stability of thermosets makes them useful in high-temperature applications.
16. Some thermosets, such as silicone rubber, have excellent weathering resistance.
17. The chemical properties of thermosets make them incompatible with recycling methods used for thermoplastics.
18. The low free volume and high density of thermosets make them difficult to process and mold.
19. Thermosets can be electrically insulating or conductive, depending on the additives used.
20. Polyurethane thermosets are commonly used as adhesives and sealants.
21. The properties of thermosets can be tailored to meet specific requirements for different applications.
22. Some thermosets, such as phenolics, have exceptional fire resistance properties.
23. The curing process of thermosets can be controlled to create different levels of hardness.
24. The properties of thermosets remain stable over a wide temperature range.
25. Phenolic thermosets are widely used in the manufacturing of circuit boards.
26. The high chemical resistance of thermosets makes them ideal for use in chemical processing industries.
27. Thermosets are commonly used in the construction industry for their durability and heat resistance.
28. The molecular weight of thermosets is much higher than that of thermoplastics.
29. Thermosets are ideal for applications where dimensional stability is important.
30. The excellent creep resistance of thermosets makes them ideal for use in load-bearing applications.
Common Phases
1. Thermosetting plastics are highly durable;
2. The curing process of
thermosets involves chemical cross-linking;
3. Once set, the shape of
thermosets cannot be changed;
4.
Thermosets are commonly used in the aerospace and automotive industries;
5. Resins used in
thermosets are often reinforced with fibers;
6.
Thermosets can withstand high temperatures and resist deformation;
7. The process of curing
thermosets involves heat and pressure;
8. Thermosetting materials are used in electrical insulation and circuit boards;
9. The chemical properties of
thermosets make them resistant to chemicals and corrosion;
10.
Thermosets have excellent dimensional stability and low shrinkage.