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Explosion Proof Ducting - Conductive Flexible Ventilation Hose for Hazardous Environments | ATEX Certified 1
Explosion Proof Ducting - Conductive Flexible Ventilation Hose for Hazardous Environments | ATEX Certified 2
Explosion Proof Ducting - Conductive Flexible Ventilation Hose for Hazardous Environments | ATEX Certified 3
Explosion Proof Ducting - Conductive Flexible Ventilation Hose for Hazardous Environments | ATEX Certified 4
Explosion Proof Ducting - Conductive Flexible Ventilation Hose for Hazardous Environments | ATEX Certified 5
Explosion Proof Ducting - Conductive Flexible Ventilation Hose for Hazardous Environments | ATEX Certified 6
Explosion Proof Ducting - Conductive Flexible Ventilation Hose for Hazardous Environments | ATEX Certified 1
Explosion Proof Ducting - Conductive Flexible Ventilation Hose for Hazardous Environments | ATEX Certified 2
Explosion Proof Ducting - Conductive Flexible Ventilation Hose for Hazardous Environments | ATEX Certified 3
Explosion Proof Ducting - Conductive Flexible Ventilation Hose for Hazardous Environments | ATEX Certified 4
Explosion Proof Ducting - Conductive Flexible Ventilation Hose for Hazardous Environments | ATEX Certified 5
Explosion Proof Ducting - Conductive Flexible Ventilation Hose for Hazardous Environments | ATEX Certified 6

Explosion Proof Ducting - Conductive Flexible Ventilation Hose for Hazardous Environments | ATEX Certified

Engineered for Extreme Safety in Explosive Atmospheres
Our conductive explosion-proof ducting is a Zone 1/21 hazardous area solution (ATEX Cat. 2G/2D) featuring:

  • Multi-path static dissipation: Dual tinned copper ground wires + conductive PVC/steel composite structure

  • BS 476 Class B fire resistance: Self-extinguishing within 30 seconds (tested per ISO 3795)

  • Industrial-grade durability: Abrasion-resistant outer sleeve, anti-corrosion steel helix (1.2mm thickness)

  • Smart ergonomic design: 1m-spaced adjustable PP fixing rings + 360° swivel hangers

Ideal for methane drainage, welding fume extraction, and solvent vapor ventilation in high-risk environments.

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    Explosion Proof Conductive Ducting

    ATEX-certified explosion-proof ducting with conductive spiral reinforcement (2×10³Ω resistance). B1 flame-retardant PVC, -50°C to +120°C tolerance. Designed for mining, chemical plants & offshore ventilation. 100mm–1500mm diameters. Download compliance reports.

    explosion-proof-ducting

    Related Parameters

    Property

    Specification

    Material Composition

    Outer: 0.4-0.65mm FR PVC

    Core: Conductive glass fiber + high-carbon steel helix

    Conductivity

    Surface resistivity: ≤3×10³Ω (ASTM D257)

    Temperature Range Standard

    -15°C to +80°C

    Custom: -50°C to +120°C

    Sizes

    ⌀100mm–1500mm, 5m/10m lengths (customizable)

    Weight

    2.3 kg/m (⌀300mm) – 65% lighter than metal ducts

    Features & Benefits

    Features & Benefits

    1. Intrinsically Safe Static Control

    Embedded copper grounding wires bridge with steel helix (≤0.1s charge dissipation)

    Meets EN 61340-5-1 electrostatic discharge standards for Zone 0/20 areas


    2. Extreme Environment Resilience

    Cold-crack resistance: -50°C tested (ASTM D1790)

    Oil/Chemical resistance: Withstands IP67 immersion (IEC 60529)


    3. Rapid Deployment System

    Patented clamp-free connectors (compatible with DIN 24136 flanges)

    Retractable design: 5:1 compression ratio for compact storage


    Application Scenario

    High-Risk Industry Solutions:


    Mining & Tunneling: Methane extraction post-blasting | Coal dust conveyor ventilation


    Marine/Offshore: Engine room explosion-proof airflow | Tanker volatile organic compound (VOC) management


    Chemical Processing: Reactor venting | Solvent recovery ducting | Laboratory fume hood exhaust


    Compatible Equipment:

    ✓ Axial explosion-proof fans ✓ Baghouse dust collectors ✓ Portable blowers


    Frequently Asked Questions

    1
    How does the conductive system prevent static ignition risks?
    Triple-layer safety: Conductive PVC (≤3×10³Ω) + copper grounding wires + anti-static liner.
    2
    Can it withstand acidic fumes in chemical plants?
    B1 PVC resists pH 3–11.
    3
    What is the maximum working temperature?
    Standard: -15°C to +80°C.
    4
    Why choose flexible over rigid metal ducts?
    65% lighter, no corrosion, lower ESD risk.
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