Conductive POM
Conductive POM is a modified polyoxymethylene material with added conductive fillers to reduce surface resistivity, providing static dissipation while maintaining mechanical strength and wear resistance. Commonly used in ESD-safe components.
Conductive POM (Polyoxymethylene) is a high-performance engineering thermoplastic modified with conductive fillers to reduce surface resistivity. Unlike standard POM, this material provides static dissipation and ESD protection, making it suitable for electronic and precision applications where static buildup must be avoided.
It retains the mechanical strength, low friction, and excellent wear resistance of traditional POM, ensuring dimensional stability and long service life under demanding conditions. Its ability to combine structural integrity with conductive properties makes it a preferred material in electronics, automation, and high-precision mechanical industries.
At GD Prototyping, we offer Conductive POM components for tooling, housings, and safety-critical parts where reliability against static electricity and mechanical stress is essential. This ensures both protection of sensitive electronics and durable mechanical performance in industrial use.
Applications
- ESD-safe tooling and fixtures
- Electronic housings and connectors
- Precision gears and moving components
- Automation and robotic parts
- Semiconductor handling equipment
Benefits of Conductive POM
- Static Dissipation: Prevents static buildup, protecting sensitive electronics.
- High Mechanical Strength: Comparable to standard POM for structural integrity.
- Excellent Wear Resistance: Suitable for moving or friction-prone parts.
- Dimensional Stability: Maintains accuracy under load and temperature changes.
- Low Friction Surface: Reduces wear in dynamic applications.
- Reliable ESD Protection: Ensures long-term safety in electronics manufacturing.
