High Molecular Weight: Polyoxymethylene M450 with high molecular weight is used in precision gears for printers, where it ensures superior dimensional stability and low wear rates.

Low Friction Coefficient: Polyoxymethylene M450 with a low friction coefficient is used in sliding mechanisms of automotive seat adjusters, where it provides reduced energy loss and enhances movement smoothness.

High Purity (≥99.5%): Polyoxymethylene M450 at high purity is used in medical device housings, where it enables biocompatibility and minimizes risk of contamination.

Melting Point (175°C): Polyoxymethylene M450 with a melting point of 175°C is used in injection molding of electronic connectors, where it allows for reliable processability and consistent end-product strength.

Thermal Stability (up to 120°C): Polyoxymethylene M450 with thermal stability up to 120°C is used in dishwasher components, where it delivers resistance to deformation under continuous hot water exposure.

Fine Particle Size (≤100 microns): Polyoxymethylene M450 with fine particle size is used in additive manufacturing of miniature gear assemblies, where it allows for precise molding and improved surface finish.

High Impact Strength: Polyoxymethylene M450 with high impact strength is used in power tool housings, where it ensures mechanical durability and shock resistance.

Low Water Absorption (<0.1%): Polyoxymethylene M450 with low water absorption is used in plumbing fittings, where it prevents swelling and maintains dimensional accuracy in humid environments.

Excellent Chemical Resistance: Polyoxymethylene M450 with excellent chemical resistance is used in fuel system components, where it prolongs service life by resisting solvent attack.

UV Stability: Polyoxymethylene M450 with UV stability is used in outdoor electrical enclosures, where it resists degradation and color change due to sunlight exposure.