High Temperature Grey Clip Industrial Fabric Air Duct

The High temperature grey clip industrial fabric air duct is a specialized model engineered for high-temperature environments, featuring heat-resistant grey silicone-coated or specially treated canvas with external galvanized steel strip spiral reinforcement and clamp locking. Capable of withstanding continuous operating temperatures up to +300℃ (depending on specific materials), the product is suitable for blast furnace and hot air stove air supply, flue gas exhaust in foundries and steel mills, and main pipelines of centralized smoke extraction systems in large welding workstations-providing a professional, reliable solution for high-temperature exhaust and hot air conveying in extreme conditions.

The core technology of the High temperature grey clip industrial fabric air duct lies in its heat-resistant base cloth and coating, which maintain structural integrity and flexibility under continuous high-temperature airflow without decomposition or embrittlement. The external galvanized steel strip ensures structural stability and negative pressure resistance even under thermal expansion and contraction, with the clamp locking structure retaining excellent airtightness. This "heat-resistant inner core, rigid outer support" design offers the unique advantage of flexible connection convenience combined with metal pipe sturdiness, solving the problem of rigid metal pipes being unbent and ordinary hoses being unable to withstand high temperatures.

We recommend the High temperature grey clip industrial fabric air duct for any industrial process involving medium-to-high temperature gas (above 150℃) exhaust or conveying. It is a key component in ventilation systems for metallurgy, casting, ceramics, glass, and heat treatment industries. If you're seeking a reliable, flexible connection and conveying duct for high-temperature flue gas or hot air, this specialized heat-resistant canvas duct is your professional answer. Be sure to provide the specific medium temperature range so we can recommend the most suitable material specification.