The Polyoxymethylene (POM) is a high-performance engineering plastic known for excellent mechanical endurance, stiffness, and smooth motion capability. It provides outstanding resistance against wearing, sliding friction surface pressure damage, mechanical creep, and long-term fatigue stress cracks. POM internals resist corrosion with protective electrolyte barrier benefits in fuel valves, mechanical contact friction modules, and industrial fluid exposure conditions. Its friction behavior is better than most engineered polymers, ensuring parts move smoothly with low resistance. POM also delivers impressive dimensional memory stability — meaning parts retain their shape under changing temperature or humidity environments.

POM supports automotive components like AC modules, pump insulation inner hardware, seat belt inserts, door locks, sliding rails, hinges, home fixtures, bushings, roller wheels, conveyor belt modules, headphone shells, gaming triggers, precision gears, and housing insulation frames. It is easy to mold, carve, drill, or shape into complex precision parts without cracks. Its ability to stay precise, firm, quiet, and inflammation-free during high friction load movement makes it invaluable for many engineered mechanical parts. It also absorbs minimal moisture — ensuring reliable operation in tropical climates and industrial fluid exposure areas where precision stays strict and forms stay firm.