Premium Static Dissipative Acetal Sheet - POM C Polyacetal with High Impact Strength, Low Moisture Absorption, and Excellent Machinability

Description

This Premium Static Dissipative Acetal Sheet, also known as POM C Polyacetal, is a high-performance engineering plastic specially infused with carbon filler to provide conductivity and static dissipation. With excellent machinability, dimensional stability, and low moisture absorption, this material is ideal for precision applications in demanding environments.

Most grades of this Polyacetal sheet are FDA and German BGA approved for food contact, making it suitable for food processing and packaging applications. It operates within a working temperature range of -40°C to +90°C, and its hard, strong, and stiff nature, along with a low coefficient of friction, makes it ideal for machining components with tight tolerances.

Material Characteristics:

• Conductive & Static Dissipative: Reduces the risk of static buildup, ideal for sensitive environments.
• Low Water Absorption: Maintains stability and precision in humid conditions.
• Good Sliding Properties & Wear Resistance: Suitable for high-friction parts, reducing wear and extending part life.
• High Impact Strength & Resilience: Withstands mechanical stress and impact, ensuring durability.
• Good Chemical Resistance: Resistant to a variety of chemicals, adding longevity in challenging applications.

Applications

• Precision Parts: Ideal for high-tolerance components that require stability and accuracy.
• Bearings & Gears: Provides smooth operation and wear resistance in dynamic machinery.
• Rollers & Bearings: Effective for moving parts needing static control and durability.
• Bushes: Reliable for applications where low friction and stability are critical.
• Valve Seats: Ensures secure, conductive seating in fluid control systems.
• Seal Housings: Suitable for seals that require static dissipation and chemical resistance.

Technical Specifications

Please note: Cut sizes may vary by +/- 2mm.

FAQ

• What is the maximum operating temperature for this material? The material can operate within a temperature range of -40°C to +90°C.
• Is this material suitable for food contact? Yes, most grades are FDA and German BGA approved for food contact.
• What applications is this material ideal for? It is ideal for precision parts, bearings, gears, and various other applications where static dissipation is required.