| Polyester - A general term encompassing all polymers in which the main polymer backbones are formed by the esterification condensation of polyfunctional alcohols and acids. There are two classes of polyesters, thermoplastics such as polybutylene terephthalate (PBT) and polyethylene terephthalate (PET), and thermosets. Thermoplastic polyesters are one of the fastest growing of the engineering thermoplastics. The reason for this is because polyesters fit into applications that are not readily filled by other engineering plastics, but they are also able to readily compete in applications where other engineering plastics are used as well. | |
| Linear polyesters were initially studied by Carothers, but eventually Whinfield and Dickson created the first polyester (PET) fiber in 1941. Later development in the 1960s and 70s, primarily by DuPont, further expanded the reach of polyesters in the thermoplastics industry. | |
| Features Flame Retardant (882), Good Dimensional Stability (611), Good Chemical Resistance (568), Good Processability (434), Good Electrical Properties (364), High Heat Resistance (360), Good Surface Finish (315), High Strength (309), Good Flow (284), Good Toughness (248), 219 More... | Uses Electrical/Electronic Applications (528), Automotive Applications (522), Connectors (243), Film (227), Housings (227), Electrical Parts (176), Industrial Applications (138), Packaging (132), Engineering Parts (126), Appliance Components (120), 186 More... |
| Disadvantages - Not suitable for hot water service - Post-mold warpage and cracking possible - Slow cycle times - Poor chemical resistance | Typical Properties and Processing Information
View material property information for Polyester (Polyester) plastics.
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Polyester (Polyester) Plastic
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