ISO 9001:2015 Certified Manufacturer
Conductive PTFE Hose
Antistatic, Hazardous Area Safe
Prevents Static Buildup · ESD Safe · Hazardous Fluid Transfer · ISO Certified
ESD SAFE · ANTISTATIC
01 How it's built
Three layers,
one assembly.
- A.01Carbon-loaded PTFE linerCarbon black compounded into the PTFE resin reduces surface resistivity to ≤10⁶ Ω — safely dissipating static charge in flammable-media applications.Inner
- A.02SS304 cross-wire braidStainless steel braid bonded to end fittings to provide a complete ground path. Carries the pressure load while closing the static-discharge circuit.Reinforce
- A.03Grounding continuityFull electrical continuity from liner through braid to end fittings. Resistivity certificate available on request for ATEX compliance documentation.Ground
02 Specifications
Full specification table
| Property | Value |
|---|---|
| Surface Resistivity | ≤ 10⁶ Ω |
| Temperature Range | −73°C to +260°C |
| Max Flow Velocity | 7 m/s |
| Inner Liner | Conductive PTFE (carbon black loaded) |
| Outer Braid | SS304 Stainless Steel |
| Sizes Available | 1/4" to 1" |
Grounding continuity through SS304 braid to end fittings. Resistivity certificate available on request.
03 When to use
When to specify conductive hose
Fuel Transfer Lines
Petrol, diesel, aviation fuel — any flammable hydrocarbon transfer line.
Solvent Handling
MEK, toluene, acetone, IPA and other flammable organic solvents.
Chemical Dosing
Where process chemistry is reactive or generates static during flow.
Hazardous Area
ATEX zones where ignition from electrostatic discharge must be prevented.
04 · Trusted byIndustries that don't
get second chances.
Chemical Processing
→
Petrochemical
→
Pharmaceutical
→
Automotive
→
Defence
→
Fuel Transfer
→
Solvent Handling
→
ATEX Zones
→
05 Common questions
About the conductive ptfe hose.
Why does PTFE need to be conductive?
Standard PTFE is an excellent electrical insulator. In applications carrying flammable solvents or fuels, static charge builds up as fluid moves through the bore — creating a fire and explosion risk. Conductive PTFE dissipates this charge safely to earth through the SS304 braid.
What is the surface resistivity of conductive PTFE?
Conductive grade: surface resistivity ≤10⁶ Ω per EN 13463. Antistatic grade: 10⁶–10⁹ Ω. Both grades are tested and a resistivity certificate is available on request for ATEX compliance documentation.
Is all other PTFE performance retained?
Yes. Chemical resistance, temperature range, pressure ratings and flexibility are identical to standard PTFE. The only change is the addition of carbon black to the liner resin for static dissipation.
What industries require conductive PTFE?
Petrochemical, chemical processing, fuel transfer, solvent handling, paint and coatings, pharmaceutical (CIP solvent lines), semiconductor manufacturing, and any ATEX-zoned area where flammable media is transferred.
Get in touch
Tell us what
you need.
Bore size, length, end fittings, application. We respond within 2 business hours with pricing and availability.
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+91 73910 52223