Oblate Type Adiabatic Compound Insulation Duct

Adiabatic compound heat preservation Air Duct advantage

    First of all, the thermal conductivity of Fiber Cloth Air Duct is related to the selection of material. Fiber cloths are usually made of polyester or glass fiber, which have good thermal conductivity and can transfer heat quickly. At the same time, the fiber cloth material also has a low thermal conductivity, which can reduce the conduction loss of energy.
   Secondly, the internal insulation layer of the fiber cloth duct also plays a key role in its thermal conductivity. The internal insulation layer is mainly made of thermal insulation materials, such as polyester fiber cotton or rock wool. These materials have a low thermal conductivity, which can effectively prevent the transfer of heat. At the same time, these thermal insulation materials also have good thermal insulation performance, which can prevent the influence of cold and hot air on the air duct, and further improve the thermal conductivity effect.
  In addition, the thermal conductivity of fiber cloth duct is also related to its structural design. Fabric Air Duct usually adopts sealed structure design, which can effectively reduce heat loss. The interface part of the air duct is usually designed with a special seal to prevent the hot air from leaking through the interface and improve the thermal conductivity.