Explosion-Proof Ventilation Pipe Supplier

Conductive / Explosion-proof Ventilation Duct Detailed Introduction: 1. The conductive ventilation duct is made of B-class flame-retardant PVC mesh fabric wrapped with wear-resistant rubber strips and high-carbon spring steel rings. The fabric is soft, with high tensile strength, tear resistance, acid and alkali resistance, corrosion resistance, cold resistance, waterproof, excellent flame-retardant properties, and good electrostatic discharge performance. 2. The duct body is fully conductive, with two tinned braided copper wires installed at both ends (the braided copper wires are connected to the steel wire of the duct, forming multiple conductive paths). This facilitates grounding and can discharge the charges generated during mechanical operation, ensuring safety at the usage site. The electrical resistance of the conductive fabric of the duct is 2X10^3. 3. The conductive ventilation duct is equipped with a hanging ring approximately every 1 meter, allowing for easy fixing of the duct in the desired position. 4. The ventilation duct is flexible, can bend freely, connect easily, is lightweight, and portable. 5. The product is environmentally friendly, non-toxic, odorless, dust-free, and free of fiber fragments. The duct body has no seams on the transverse side, ensuring no air leakage, wear resistance, low wind resistance, and high compressive strength. 6. The fabric thickness is 0.4mm - 0.65mm, with the main color being black. 7. The product diameter ranges from Ф4" - Ф59" (100mm - 1500mm), with standard lengths of 5m or 10m, and can also be customized. 8. Temperature resistance: -15℃ to +80℃ (cold-resistant or high-temperature ducts are also available). 9. The ventilation duct connects easily with fans and can extend the length of the duct. There is approximately one hanging buckle for every meter, making it convenient and practical. Widely used in conjunction with ventilation equipment for ship repair, shipbuilding projects, tunnels, mining ventilation equipment, gas extraction, machine rooms, municipal pipeline engineering, basements, underground dust removal, and fresh air supply. It is also essential for safety protection in flammable and explosive environments.