Typical Applications
Gears and Mechanisms
Precision moving parts requiring fatigue and low friction.
Bearings and Sliding Parts
Components selected for wear, friction and load.
Fasteners and Clips
Snap-fit and repeated-use parts requiring resilience and dimensional control.
Precision Moldings
Valves, fittings and technical components requiring stable dimensions.
Grade Selection Factors
The following factors are application references, not guaranteed specifications. Final selection must be confirmed using the current producer TDS, COA and customer requirements.
| Selection Item | What to Confirm |
|---|---|
| Homopolymer or copolymer | Choose according to mechanical, chemical and thermal requirements. |
| Flow | Match thin walls, complex geometry and dimensional tolerance. |
| Wear and friction | Define mating material, load, speed and lubrication. |
| Processing control | Use suitable temperature and ventilation practices for POM. |
Information Needed for Quotation
Current grade, homopolymer or copolymer, part use, load, wear target, flow, color, quantity and destination port.
Frequently Asked Questions
What is the difference between POM homopolymer and copolymer?
They offer different balances of stiffness, thermal, chemical and processing performance.
Can POM be used for food-contact parts?
Only with a grade and documentation suitable for the applicable regulation.
Can POM be flame retardant?
Special grades exist, but requirements and availability must be confirmed.