Solid Weave Polyester Yarn 6mm Thickness Airslide Canvas

Polyester solid weave B1000 width airslide fabric canvas 6mm thickness white color

Austin Industries  fluidization fabric  is ideal for the alumina transportation : many smelters are using it in their airslides. It improves alumina conveying as buffer silos, siphon smelter pots and fluidized bottom for filters.

Our quality of fabrics could be cut in any shape,plate or conical and fitted any place.

Working principle of air slide fabric

In cement plant
The Air slide belt is in the middle of a chute. Powder material will come into the chute above Airslide belt. Material will flow to the chute lower side as pneumatic blower down Airslide belt. That's why we say Airslide belt can move powder material because of the wind power. And then, the rest wind will go out from the top of the chute. Through the moving, no parts moved except powder material. So that it can spare more energy and maintain cost, etc.

Specifications:

Raw Material =100% spun fiber polyester

Weight in average = 4000 g/m2
Thickness = 5mm
Mean Air Permeability = 400 m3/m2h @350H2O

Pressure: 2000pa for middle air resistance

4000pa for high air resistance

Breaking Strength- Warp=>6000 N/5cm X 20cm
Breaking Strength- Weft= >3000 N/ 5cm X 20cm
Breaking Elongation - warp=<5%
Breaking Elongation -weft=<5%

Max Width: 2800mm

Operating Temperature < 150 deg.C
Recommended Maximum Continues <180 deg.C
Recommended Maximum Surge = 180 deg.C

Air Slide Fabrics for all Pneumatic gravity Conveyor System i.e. Air Slide, Fluidor, Fluxo-Channel Fluid Slide, Aeration – Box, Airlift or Aerpole pumps in Sillo, Bin & Hopper.

For bulk material conveying fine crushed and ground powdered chemical mineral substances used to manufacture cement as well as any other similar powdered products.

Our “Air Slide Fabrics” have good abrasion resistance offered in 100% Synthetic qualities of polyester to withstand organic and inorganic chemicals, acids, alkalis and oxidizing agents contained in raw mix, clinker and cement.