PT ZONE: Engineering Thermoplastics

Outrunning the Competition with the First Plastic 2-Stroke Engine Valves
All it took was some original ideas, a lot of nerve, and a little high-tech injection molding. More (+)
PT Article INJECTION MOLDING: Multi-Shot In-Mold Assembly Swaps Out TPE for LSR
Special cold-sprue bushing and third LSR-specific injection unit create finished, sealed automotive duct in 55 seconds. More (+)


MOST RECENT CONTENT: Engineering Thermoplastics

Finnish Startup Gets In-Mold Structural Electronics (IMSE) Lighting Patent

TactoTek’s newly-patented technology available for licensing.

Panel of Pros to Discuss Automotive Design Trends at GPS 2016

Analysts, industry leaders and plastics manufacturers will address expanding use of plastics and composites at this year’s IHS Markit and SPI event.

K 2016 Preview: Materials & Additives

Driving the wide range of new developments in engineered plastics and additives are higher performance, safety, and sustainability.

Are You Ready for K 2016?

We’ve got you covered with five feature stories and an entire new-products section devoted to the October show in Dusseldorf.

Glass Reinforcement Opens New Doors For PVDF Fluoropolymer

Glass fiber is a new partner for this resin. A wider range of applications beckons.

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OVERVIEW:
Engineering Thermoplastics

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A category of polymers that are used typically in demanding applications. They are so named because they have properties that offer higher performance (such as heat resistance) than commodity materials, and are suitable for applications that require engineering to design parts that perform in their intended use. Examples of engineering polymers include nylon, ABS, PC, PEEK, PBT, and POM.


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