Airslide fabric is a unique textile material used in various industries to convey and discharge dry powdered or granular materials. The fabric consists of woven polyester and has specific properties that make it suitable for use in a closed and ventilated system.
Top 3 Factors Determining the Capacity of Airslide Fabric
- The capacity of airslide fabric primarily depends on two factors: the width of the fabric and the material being conveyed. The width of the fabric determines how much material it can hold, while the type and weight of the material being conveyed determine the maximum capacity.
- The width of the fabric can vary depending on the specific industry application, but standard airslide fabric widths range from 300mm to 2000mm. A narrower fabric limits the capacity of the material that can be conveyed, while a wider fabric can support more weight and volume. However, broader fabrics require more aeration, more energy and have a higher cost.
- The type and weight of the material being conveyed are also essential factors in determining the capacity of airslide fabric. Dry, powdered materials tend to be lightweight and require less support from the fabric, making it possible to fill the fabric with more material. The more massive the material being conveyed, the lower the capacity of the airslide fabric.
Measuring the Capacity of Airslide Fabric
Measuring the capacity of airslide fabric involves several factors, including calculating the volume of the material and determining the weight it can support. The volume of the material is calculated based on its weight per unit volume and the width of the fabric. Once the volume is determined, the weight that the fabric can support is calculated based on the fabric’s tensile strength and the level of aeration required for the material flow.
The Impact of Capacity on Material Transport
The capacity of airslide fabric is a crucial factor in ensuring the quality of the conveyed product during transportation. When transporting dry, powdered materials, the capacity of the fabric determines how much material can be transported at a time, which impacts the overall efficiency of the transportation process. Insufficient fabric capacity can lead to the material taking longer to transport, leading to contact with the edges of the fabric, which can cause product contamination, caking and wastage.
Conclusion
The capacity of airslide fabric is an essential factor in ensuring the quality of the transported materials in various industries. The capacity is determined by several factors, such as the width of the fabric and the weight and volume of the material being conveyed. A narrow fabric can limit the amount of material transported, while a wide fabric can support more weight and volume but needs more aeration, energy, and costs more.
By carefully calculating the capacity of airslide fabric based on specific industry applications, industries can ensure efficient and effective transportation of dry and powdered materials. Table 1 shows the volume and weight capacities of airslide fabric for different materials based on its width, making it easier to determine the capacity needed for specific materials.