The Polyoxymethylene (POM) is one of the most dependable engineering polymers used for precision-based and high-stress mechanical applications. It shows exceptional resistance to fatigue failure, which makes it perfect for parts that move frequently or hold repeating loads. Its low-friction behavior helps reduce motion resistance while supporting better part-to-part interaction. POM is resistant to most industrial and daily chemical exposure, including oils, hydrocarbon solvents, cleaners, and automotive fluids. Furthermore, POM delivers high tensile strength and superior hardness with excellent vibration damping behavior that helps reduce operational noise. It offers metal-like firmness minus the corrosion risk.

POM is widely used in mechanical gears, automotive parts, bushings, bearings, guide rails, and snap connectors. It supports advanced mechanical applications due to its stiffness, toughness, and strong impact tolerance. It is easy to mold or carve into complex shapes and does not absorb much water, ensuring accurate dimension maintenance. Its natural lubricity also helps parts move cleaner, smoother, and longer. It is also commonly found in locks, valve parts, seatbelt inserts, home utility parts, sliding door components, tool housings, and consumer product parts. Polyoxymethylene remains a trusted choice where strength, precision, and smooth motion need to meet.