Airslide fabrics for industrial production mainly use heat-resistant and corrosion-resistant synthetic fibers and fabrics as raw materials. On special heavy-duty loom equipment, the warp and weft threads are interwoven according to specific requirements to form a multi-layer plate-shaped, breathable, Tubular fabric.
Airslide fabric is a device that supports materials, allows air to pass through evenly, and fluidizes materials. It is the core material of powdery material and granular material conveying equipment.
Airslide fabric has the characteristics of smooth surface, good integrity, uniform and stable breathability, wear resistance, high temperature resistance, no dust return, easy installation, and long service life.
Airslide fabric is a unique textile material used in various industries to convey and discharge dry powdered or granular materials.
Airslide fabric for industrial production is suitable for powdery material devices such as air conveying chutes in cement plants, inflatable boxes in homogenization warehouses, bulk cement transport ships, etc., and plays the role of transporting dry powdery materials.
Factors Determining Maximum Length of Airslide Fabric
The maximum length of airslide fabric depends on several factors, such as the type of material being conveyed, the level of aeration required, and the height of the conveyor system. Other factors that may affect the fabric’s maximum length include the level of humidity in the environment and the possibility of static build-up.
The type of material being conveyed can impact the maximum length of airslide fabric because dry, powdered materials tend to be lightweight and require less support from the fabric. Conversely, heavier materials may require more support, thereby reducing the maximum length of airslide fabric.
The level of aeration required by the material being conveyed can impact the maximum length of airslide fabric because more aeration requires more air-permeable fabric, which may limit the maximum length of the fabric. The height of the conveyor system can also impact the maximum length of airslide fabric because the higher the system, the greater the impact of gravity on the material and the fabric.
Conclusion
The maximum length of airslide fabric is a crucial factor in ensuring the quality of the conveyed product during transportation. When transporting dry, powdered materials, the maximum length of the fabric can impact the distribution and flow of the material. If the fabric is too short, the material may not be distributed uniformly, leading to product wastage and contamination due to uneven flow and caking. If the fabric is too long, it may cause material accumulation, clogging, and fabric damage.
The maximum length of airslide fabric is an essential factor in ensuring the quality of the transported materials in various industries. The maximum length is impacted by several factors, such as the type of material being conveyed, the level of aeration required, and the height of the conveyor system.
Measured by the combination of the tensile strength of the fabric and the level of aeration, the maximum length of airslide fabric must be carefully determined to ensure uniform distribution and flow of the material without any clogging or fabric damage.