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Albarrie Environmental Services Limited

Fluidizing Fabrics for Air slides (AlSlide™)

AlSlide™ fluidizing fabrics are air-permeable fabrics used in gravity air slides or bin/silo aerators for the conveyance of dry bulk powders. Also referred to as “fluidizing cloths”, these engineered fabrics are designed to achieve fluidization of the materials on their surface through the introduction of air through the bottom side of the fabric. This fluidization effect allows for easier transport of powders along a conveyor or in a silo by creating a flowable solid and reducing agglomeration of the powders.

Fluidizing Fabrics for Air slides (AlSlide™)
AlSlide™ fluidizing fabrics are air-permeable fabrics used in gravity air slides or bin/silo aerators for the conveyance of dry bulk powders. Also referred to as “fluidizing cloths”, these engineered fabrics are designed to achieve fluidization of the materials on their surface through the introduction of air through the bottom side of the fabric. This fluidization effect allows for easier transport of powders along a conveyor or in a silo by creating a flowable solid and reducing agglomeration of the powders.
 
AlSlide™ fluidizing fabrics combine both woven and nonwoven layers for optimal reinforcement with uniform, precise permeability and air flow rates from the nonwoven structure. The small and consistent pore openings from the dense nonwoven design helps prevent infiltration of the powders into the fabric, thus reducing blinding and wear caused by abrasion. The ultra smooth surface of AlSlide™ fluidizing fabrics offer a much lower coefficient of friction as compared to woven fabrics.
 
ALSLIDE™ ADVANTAGES
 
Specifically designed for fluidization of bulk powders
Extremely uniform and consistent air permeability
Easy to fabricate. Will not fray when it is cut or punched. No need to seal edges
Easy to install. Does not require stretching during installation. Rot and mildew resistant
Extremely small pore openings (averaging 4 microns) prevent particulate infiltration
Ultra smooth surface for better sealing (no air leaks) and improved flow
Specifically designed for the concepts and principles of fluidization