Its good dimensional stability and strength in addition to an outstanding machinability make POM a versatile engineering material with many applications. There are homopolymers (POM-H) and copolymers (POM-C).
This material demonstrates increased impact resistance, higher abrasion resistance and better thermal and chemical resistance compared to homopolymers. It is, of course, FDA certified.
Thanks to its high crystallinity, this homopolymer has a high density, hardness, and rigidity. It has a low thermal expansion rate and also features improved wear resistance.
The addition of PTFE also facilitates improved sliding properties.
This modified POM has the advantage of not forming static charge and is a conductor.
By adding rust-free antistatic agent, this material becomes excellently suitable for conveyer systems.
POM with glass fibres leads to increased hardness and rigidity and to a higher thermal resistance.
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