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Delrin® is a leading engineering polymer, behaving more like metal than other unreinforced plastics due toits very high crystallinity. It’s often the first choice for designers seeking an optimum balance of strength,stiffness and toughness with excellent molding characteristics.

High-strength conveyor chains and modular belts made with Delrin® acetal homopolymer are proven to deliver extended system lifetimes with reduced maintenance.

Delrin® POM thermoplastic resins may be processed on conventional injection molding machines using standard industry practices.

Delrin® acetal resins are molded throughout the world in a wide variety of types and designs of injection equipment. The guidelines below will help deliver the excellent mechanical performance achievable with Delrin resins.

Leading companies across the globe count on Delrin® to deliver reliability, safety, and performance.

Delrin® acetal homopolymer resin—also called Delrin® POM-H or Delrin® homopolymer—is one of the most crystalline engineering thermoplastics available.

In this article, we will consider two factors that will affect fatigue performance – choice of material and influence of testing conditions. Since test data is not always available, this article will explain how and why you should interrogate the available fatigue endurance information and discuss applications with technical specialists.

Delrin® FG500MXD BLA090 is a unique medium viscosity acetal homopolymer grade that is metal and x-ray detectable for more safety in the food processing industry. It combines the design freedom and light weight of thermoplastics with the safety and durability…

Delrin® 300CPE is a new medium-high viscosity low-emission grade in its acetal resin family, part of the low-emission CPE group.