Airslide fabric is a unique textile material used in various industries to convey and discharge dry powdered or granular materials. The fabric is woven polyester and has a very specific permeability that allows air to pass through while preventing the loss of the conveyed material.

Airslide fabrics are made from heat-resistant, corrosion-resistant synthetic fibers interwoven with warp and weft yarns on heavy-duty weaving equipment as required.

Airslide fabric is mainly used for air conveying chute, homogenization warehouse inflatable box and the Airslide fabrics layer at the bottom of the warehouse. The product is laid between the material and the air chamber, with the air chamber below and the material above. Under the action of air pressure, the air flows through the product to fluidize the material, thereby achieving the purpose of transportation.

The characteristics of the Airslide fabrics are that it has no air chamber, large capacity, fast ash discharge, and high efficiency, which can improve the economic benefits of bulk cement trucks. It is widely used in large-tonnage bulk cement special trucks and bulk cement ships. It is the pneumatic conveying device for powder transportation. The core material of special vehicles and ships for such materials.

AIR SLIDE FABRIC
Airslide fabric

Top 4 Application range of Airslide fabrics

  1. Homogenization equipment: air conveying chute, inflatable box and bottom of the warehouse;
  2. Cement manufacturers: bulk cement transport trucks, bulk cement transport ships;
  3. Pneumatic transportation of powdery materials and granular materials in metallurgy, chemical industry, and electric power;
  4. Environmental protection machinery pneumatic conveying of powdery materials and granular materials.

Conclusion

Airslide fabrics is suitable for pneumatic transportation of powdery materials and granular materials in metallurgy, chemical industry, electric power and other industries. The Airslide fabrics layer is placed between the material and the air chamber. The air chamber is below and the material is above. Under the action of air pressure, the air flows through the product to fluidize the material, thereby achieving the purpose of transportation.