PTFE Tube Specialist · Advanced Fluro Private Limited

PTFE Conductive Tube

Carbon-filled PTFE tubing engineered to safely dissipate static charge — essential for fuel, solvent, and explosive-atmosphere applications.

About PTFE Conductive Tube

PTFE (Poly tetra-fluoroethylene) tube was originally designed for high-end applications, but over the last 20 years it has found universal use across consumer and industrial sectors. The PTFE tubing technique can be used to make rods, sheets, and tubes — and within those, a wide range of specialised variants to suit demanding applications.

PTFE tubes are broadly classified into three categories based on diameter and wall thickness: spaghetti tubing (0.2–8mm, thinnest), pressure hose (mid-range), and pipe liner (thickest wall). They can also be classified by variant — including multi-lumen, corrugated/convoluted, split tube, heat shrinkable, filled, and conductive/anti-static. The conductive variant addresses one of the most critical safety concerns in fluid transfer: electrostatic charge buildup.

PTFE Conductive Tube: Unique Characteristics

Temperature Resistance
Withstands -260°C to +260°C — handles extreme heat and cold without hardening, cracking, or losing its conductive properties.
Dielectric Strength
Resists electrical voltage from 50V to 120kV, making it suitable for high-voltage insulation applications alongside its conductive use.
Low Coefficient of Friction
Friction coefficient of 0.1, nearly identical for static and dynamic conditions — smooth, consistent flow with minimal resistance.
Wear Resistance
Smooth, greasy surface with a static friction coefficient of 0.8 at 500 psi load, providing natural lubricity for long service life.
Lightweight
Extremely lightweight construction makes it easy to handle and install, with no added bulk from the conductive filler.
Shock Absorption
High impact resistance and shock absorption — protects fittings and connected equipment from vibration and pressure surges.
Static Control
The most critical property of this tube — prevents electrostatic charge buildup in high-velocity fluid transfer, avoiding spark and explosion risk.
Chemical Resistance
Highly inert — resists all kinds of corrosion, repels water, and is unaffected by chemicals even under high pressure and temperature.

Applications

Chemical liquid handling
Transport of flammable liquids
Paint industry lines with static load risk
Food industry — edible oil and spirit transfer
Solvent dosing and dispensing
Powder-conveying pneumatic systems
Pharmaceutical solvent recovery
ATEX Zone 1 & 2 environments
Technical Datasheet
Full specifications, tolerances & material properties — sent directly to your email.
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