POM

Core Applications of POM

1. Automotive Industry

• Power & Transmission Systems: Manufacturing precision parts like planetary gears, transmission gears, bearings, and throttle pedals, replacing metals to reduce weight and improve wear resistance.

• Fluid Control Components: Used in radiator hose valves, pump impellers, and fuel system parts, ensuring corrosion resistance and long-term stability.

• Chassis & Brake Systems: Applied in brake components and steering system gears, leveraging fatigue resistance and high strength.

2. Machinery Manufacturing

• Transmission & Load-Bearing Parts: Gears, rollers, cams, and bearings for high-load transmission elements, with high strength, creep resistance, and self-lubrication.

• Industrial Conveying Systems: Pump housings, conveyor rollers, reducing friction loss and extending service life.

3. Electronics & Electrical Industry

• Precision Structural Parts: Switch handles, connectors, relay housings, ensuring dimensional stability for long-term operation.

• High-End Equipment Components: Internal structural parts for computers, fax machines, balancing lightweight with chemical resistance.

4. Fiber Reinforced Materials

• POM Fibers: Produced by melt spinning into short fibers or filaments, used in industrial composites for high tensile strength and chemical resistance.

5. Chemical & Construction Industries

• Pipes & Valves: Metal replacement for corrosion-resistant oil pipes, pipe fittings, faucets, and fluid control parts.

• Industrial Seals: Sealing rings, gaskets for chemical environments, resistant to acid and alkali corrosion.

6. Other Industrial Fields

• Medical Equipment: Precision parts for sterile environments requiring chemical stability.

• Aerosol Packaging: Used for industrial spray containers benefiting from pressure resistance and sealing.

POM’s broad industrial use relies on its balanced properties, with future growth expected in specialty fibers and composite innovations.