Premium Conductive PTFE Rod with 25% Carbon - High-Performance Thermal Stability and Chemical Resistance

Product Overview

This Premium Conductive PTFE Rod infused with 25% Carbon combines the renowned thermal stability and chemical resistance of PTFE with the enhanced benefits of carbon filler. This unique infusion enhances wear resistance, making it suitable for heavy-duty applications while providing static dissipative properties essential for environments sensitive to static build-up.

This versatile material is well-suited for applications requiring low friction, thermal conductivity, and machinability, making it a valuable solution across various demanding industries.

Material Characteristics

• Wide Service Temperature Range: Operates effectively from -200°C to +260°C, maintaining stability in extreme conditions.
• Good Thermal Conductivity: Enhanced heat dissipation, ideal for high-temperature applications.
• High Wear Resistance: Low coefficient of friction and improved durability make it suitable for high-stress environments.
• Excellent Machinability: Machines easily for custom parts and precision components.
• Static Dissipative & Conductive: Controls static build-up, crucial for sensitive applications.

Applications

• Bearings, Gaskets, Wear Plates, and Manifolds: Provides durable, low-friction components for mechanical systems.
• Machined Components: Perfect for custom parts that demand chemical resistance and thermal stability.
• FDA Approved: Safe for applications involving food contact, expanding its use in food processing and packaging.

Technical Specifications

FAQ

• What is the main benefit of using a conductive PTFE rod?
  This rod offers enhanced wear resistance and static dissipative properties, making it suitable for sensitive environments.
• Is this PTFE rod suitable for food contact?
  Yes, it is FDA approved, making it safe for food processing and packaging applications.
• How does carbon infusion affect the PTFE rod's performance?
  The 25% carbon infusion improves wear resistance and static control, making it more durable in high-stress environments.