Aeromechanical conveyors: Powderflight™

Dust-free solution for a wide variety of food and chemical materials.
High output. Low energy use. Affordable cost.

How an aeromechanical conveyor works
Powderflight™ aeromechanical conveyors operate on a simple principle. Within a tube of mild or stainless steel, a wire rope with evenly spaced discs travels at high speed, running in sprockets at each end of the conveyor.

As material is fed in, it is aerated or fluidised and carried to the outlet, where it is discharged by centrifugal force.

Dust-tight Powderflight™ aeromechanical conveyors handle a wide variety of materials, with minimal product degradation and no separation of blended material.

Below is a representative sample of products and materials currently being conveyed by our customers using Powderflight.

Adipic acid
Alumina powder
Aluminium chloride
Aluminium oxide
Asbestos fines
Barytes
Bentonite
Bran
Brown sugar
Calcium carbonate
Carbon black
Caustic soda
Cement
Chlorine granules
Coffee beans
Coffee grounds
Crop seeds
Curry powder
Custard powder
Dehydrated foods
Detergent powders
Dog biscuits
Flocculant
Resins
Gelatine
Gram flour
Granulated sugar
Gypsum
Icing sugar
Iron oxide
Lead oxide
Lead shot
Limestone powder
Magnesium oxide
Melamine powder
Milk powder
Moulding powder
Perlite
Phthalic anhydride
Pigments
Plastic chip
Plastic granules
Potato flour
Refractory powder
Salt
Sand
Silica
Snuff (tobacco fines)
Soap granules
Sodium carbonate
Sodium sulphate
Soya flour
Starch
Sterilising powder
Sugar beet pulp dust
Talcum powder
Tile dust
Titanium dioxide
Urea prills
Wheat flour
Wood flour
Yeast extract
Zinc oxide
Zirconium sand

Aeromechanical conveyor FAQ

• Dust-tight conveying
• No separation of blended products
• Minimal attrition of fragile particles
• No filtration required at discharge
• Low operating noise levels
• Self-emptying allows for conveying dedicated batches
• High output, relative to power consumption and cost

Aeromechanical conveyor FAQ

Powderflight's ability to convey material at any angle between 0° and 90° without loss of capacity gives your operation a virtually limitless range of configurations and system layouts—with easy integration into your process line, using standard components.

Aeromechanical conveyor FAQ