Tejido con revestimiento de poliuretano de poliéster 300D para conductos de aire NFPA 701
Material | 100%Poliéster |
---|---|
Recuento de hilos | 300D |
Peso | 200 (g/㎡) |
Espesor | Peso medio |
Ancho | 150cm |
tejido | Plano |
finalizar | C0WR, Recubrimiento |
Usar | Air duct, Building, Tents, Luggage, Industrial, Workwear |
In the industrial and commercial sectors, the selection of fabric for air ducts is crucial to the performance and safety of the system. The poliéster 300D Oxford fabric, after being treated with a polyurethane revestimiento, becomes an ideal material for air ducts, especially excelling in meeting the NFPA 701 standard.
The 300D Poliéster Pu Revestimiento Fabric itself offers excellent strength and abrasion resistance. With a fiber count of 300D, the fabric is lightweight yet tough. During the daily operation of air ducts, it can withstand friction and pulling, and is not easily damaged by external forces.
El revestimiento de poliuretano mejora aún más su rendimiento. No solo proporciona una excelente impermeabilización, bloqueando eficazmente la humedad externa que ingresa a los conductos y manteniendo la sequedad del aire interno, sino que también mejora la hermeticidad, reduciendo las fugas de aire, mejorando la eficiencia del transporte y reduciendo el consumo de energía.
It is worth noting that this fabric has outstanding flame – retardant properties. The combination of the polyurethane coating and the polyester 300D Oxford fabric enables the material to strictly meet the fire – resistance requirements of the NFPA 701 standard. This standard has strict requirements for the fire – resistance performance of materials used for curtains, drapes, and similar applications. The Fabric For Air Duct can effectively reduce fire hazards and provide reliable safety protection for the environment where air ducts are used. Whether in commercial buildings, industrial plants, or public facilities, air ducts made of this flame – retardant fabric can operate stably, making it the top choice that balances performance and safety.