Premium Conductive PTFE Sheet with 25% Carbon - Durable, High-Performance Plastic for Static-Sensitive Applications

Product Overview

The Premium PTFE Sheet infused with 25% Carbon is a high-performance engineering plastic that offers exceptional thermal stability and chemical resistance. This product is designed for heavy-duty applications, particularly in environments sensitive to static electricity, making it an ideal choice for various industrial uses.

Material Characteristics

• Wide Service Temperature Range: Operates effectively from -200°C to +260°C, suitable for extreme temperature applications.
• Enhanced Thermal Conductivity: Dissipates heat efficiently, improving stability in high-temperature conditions.
• High Wear Resistance: Features a low coefficient of friction, enhancing durability in friction-intensive applications.
• Excellent Machinability: Can be easily machined for custom components without sacrificing structural integrity.
• Static Dissipative & Conductive: Controls static build-up, crucial for applications in static-sensitive environments.
• FDA Approved: Safe for use in applications involving food contact, increasing its usability in the food processing industry.

Applications

• Bearings, Gaskets, Wear Plates, and Manifolds: Provides reliable and long-lasting performance in high-wear applications.
• Machined Components: Ideal for custom parts that require chemical resistance, thermal stability, and conductivity.
• FDA-Compliant Applications: Suitable for food processing equipment that needs safe, anti-static materials.

Technical Specifications

FAQ

• What is the main advantage of using this PTFE sheet?
  This PTFE sheet offers enhanced conductivity and wear resistance, making it suitable for environments sensitive to static build-up.
• Is this material safe for food processing applications?
  Yes, this PTFE sheet is FDA approved and safe for applications involving food contact.
• Can the sheet be customized for specific applications?
  Yes, it can be easily machined to create custom components without compromising its performance.