Anti Static Ducting - Conductive Flexible Ventilation Hose for Explosive and Dusty Environments

• Conductive and Anti-Static Properties: The ducting body is inherently conductive, featuring integrated tin-braided copper wires at both ends for effortless grounding. This design safely dissipates static charges generated during operation, significantly reducing the risk of explosions. The conductive fabric along the pipe axis maintains a resistance of 2×10³ Ω, ensuring reliable and consistent static control.
  
• Flame Retardant and Durable: Constructed from B-grade flame-retardant PVC with wear-resistant strips wrapped over high-carbon spring steel, it delivers exceptional strength. It offers robust resistance to acids, tears, corrosion, water, and extreme temperatures (standard range: -15°C to +80°C, with options for cold or high-temperature specifications).
  
• Flexible and Easy to Use: The ducting is retractable, highly bendable, and lightweight, enabling freeform connection and easy portability. Hand loops spaced approximately every meter allow for simple fixation, while integrated hanging brackets facilitate secure suspension.
  
• Eco-Friendly and Leak-Proof: As an environmentally friendly product, it is non-toxic, odorless, dust-free, and fiber-free. Its seamless construction effectively prevents air leakage and is engineered to withstand wear, wind, and low pressure.
  
• Versatile Sizing and Customization: Available in a wide range of diameters from 4" to 59" (100mm to 1500mm) with standard lengths of 5m or 10m. The fabric thickness ranges from 0.4mm to 0.65mm, primarily in a standard black color, with customization options available.
  

Tunnels and Mines: For ventilating confined spaces and removing dust or hazardous gases, ensuring worker safety.

Shipyards and Welding Areas: To dissipate static charges during metalworking, preventing sparks in volatile environments.

Laboratories and Data Centers: Providing safe airflow in sensitive areas where static could damage equipment.

Municipal Pipeline Projects and Fire Ventilation: Used in emergency scenarios to exhaust smoke or supply fresh air without static risks.

Underground Spaces like Basements: For efficient ventilation in low-ventilation zones, reducing explosion hazards.