All Aerobelt components can be made out of 304 Stainless Steel instead of the standard galvanised steel in order to meet food grade requirements.

Aerobelt’s work seamlessly with food grade certified PVC belts.

Aerobelt conveyors can use industry standard belt scrapers or cleaners, including ones fit for food grade applications, as well as incorporate wash down or air-clean provision if required.

A Food grade rubber pulley lagging may be incorporated in an Aerobelt if desired.

Speciality food grade bearings can be seamlessly integrated into Aerobelt systems to prevent product contamination.

All Aerobelt conveyors can readily be customised to incorporate industry standard food grade gearboxes and motors.

Aerobelt conveyors are commonly constructed to include PVC food grade rollers in order to prevent product contamination.

A close up of the drivestation on a 45 Tph soap powder conveyor.

A wide shot of a 1000mm wide malt conveyor with the covers off.

Aerobelt’s can facilitate both in line and impact weighing which typically measure product with an accuracy of up to 0.5%.  The belt weigher requires its own modular section in between air supported sections and thus the air is bypassed through a simple pipe.

Industry-standard belt wander sensors can be seamlessly integrated into an Aerobelt. These sensors detect if the moving belt comes in contact with the pivoting idler rollers which trigger a safe shutdown of the conveyor.

Metal detector sensors and magnets are used to remove, or notify operators of unwanted metallic contaminates from the product flow.

Aerobelt conveyors may also incorporate product level sensors to monitor product height on the belt, which can be used to estimate product flow rate.

Air Support to Convex Roller Transition.

Convex Transition Section Close up.

Wide shot of a 100 metre long cullet conveyor.

Alternate view of the 100 metre long cullet conveyor.

An 1800mm wide Bagasse conveyor.

An elevated inclined Bagasse conveyor supported via supplied steelwork.

Close Up of Transition and Diverter Chute.

Front View of Transition and Diverter Chute

Wide Shot of Transition and Diverter Chute.

Standard Impact Zone.

An Aerobelt bin storing soda ash.

Close up of a sand and aggregate hopper feeding into a 1200 conveyor.

Wide shot of an Aerobelt hopper funnelling soda ash.

Wide shot of a sand and aggregate hopper feeding into a 1200 conveyor.

Standard 2 and 3 ply rubber belts are the most commonly used belts on Aerobelt conveyors.

Aerobelt’s work seamlessly with food grade certified PVC belts.

Fire Resistant Anti Static belts are perfect for environments which require dust ignition prevention construction.

Cleated belts excel at moving light yet bulky product such as woodchip at steep inclines without product runback.

Heat Resistant belts can be chosen to facilitate high temperature product such as alumina and sands.

Low Profile Conveyor Design 1.

Low Profile Conveyor Design 2.

Low Profile Conveyor Design 3.

Aerobelt’s may easily be constructed out of stainless steel over the standard galvanised steel to help protect the conveyor from abrasive and corrosive environments.

Aerobelt’s can be designed to meet Zone 21 and 22 certifications for Hazardous and Dust Ignition Protection Construction.

Specialised Bearings such as taconite sealed bearings are able to resist the effects of abrasive and corrosive environments, and with enclosed bearing options available, this longevity can be prolonged.

Box span from a 20m Bagasse conveyor.

Support Tower from a 100m Stockfeed conveyor.

Walkway and Trestle supporting a 300m long fly ash conveyor.

Transfer Tower and Supporting Pipe Span from a 100m Cullet conveyor.

Close Up of Triangular Pipe Span from a 100m Cullet conveyor.

Triangular Pipe Span from a 20m Bagasse conveyor.