PTFE Carbon Filled Tube – High Wear & Anti-Static Performance

Le Chunhuan Group PTFE Carbon Filled Tube is a high-performance engineering tube designed for extreme industrial conditions. By integrating carbon-based fillers (graphite, carbon black, or short-cut carbon fiber) into a PTFE matrix, the tube combines PTFE’s outstanding chemical inertness and ultra-low friction with enhanced wear resistance, mechanical strength, and permanent anti-static properties.

This reinforced PTFE tube is ideal for high-value applications where wear, static discharge, and chemical corrosion are critical factors. Its smooth inner wall reduces material buildup, improves flow efficiency, and lowers energy consumption by up to 30%.

Caractéristiques principales

Superior Wear Resistance

Carbon fillers enhance abrasion resistance more than 10 times compared to pure PTFE, making it suitable for high-speed particle-laden flows and long-term industrial use.

Low Friction & Smooth Surface

Maintains PTFE’s inherent ultra-low friction (0.05–0.1), reducing system wear and energy consumption.

Anti-Static / Conductive Properties

Carbon network structure provides permanent conductivity (surface resistance ≤10⁶ Ω), eliminating static accumulation in flammable or explosive media.

Enhanced Mechanical Strength

Carbon fiber reinforcement increases compressive strength up to 40 MPa and improves dimensional stability, significantly reducing cold flow deformation.

Large gamme de températures

Operates from -200°C to +200°C for long-term use, with short-term peaks up to +260°C, suitable for low-temperature liquids and high-temperature steam.

Chemical Inertness

Resistant to over 98% of strong acids, alkalis, and organic solvents, ensuring safe transport of aggressive chemicals.

Customizable Options

• Conductivity / anti-static level

• Braided reinforcement for high-pressure applications (up to 150 bar)

• Tube diameter and wall thickness as per customer requirements