Belt construction

Pipe Conveyor Belting

Fabric or steel-cord carcasses engineered with transverse rigidity for enclosed conveying routes.

Product overview

Built around the duty.

Pipe conveyor belting forms an enclosed tube after loading. Its carcass must provide longitudinal tensile capacity while controlling transverse rigidity so the belt closes, remains stable through the route and opens correctly at the discharge.

Base-belt standardsAS 1332 / AS 1333 as applicable

Carcass optionsFabric, aramid or steel cord

Route capabilityHorizontal and vertical curves

Key parameterTransverse rigidity

Construction & selection

What defines this product.

Fabric, aramid or steel-cord tensile member
Engineered transverse rigidity
Enclosed conveying for improved material and environmental containment
Carcass construction matched to pipe diameter and route
Edge and splice behaviour reviewed as part of system design

Typical applications

Where it fits.

01Dust- and spillage-sensitive routes
02Curved conveyor alignments
03Environmental containment
04Long-distance enclosed conveying

Available configurations

Configure the construction.

01
Fabric pipe belt
02
Aramid pipe belt
03
Steel-cord pipe belt
04
Transverse reinforcement and cover package selected for the route

Selection inputs

What we need to confirm.

01
Nominal pipe diameter and belt width
02
Horizontal and vertical curve radii
03
Transition lengths and overlap position
04
Material, capacity, incline and belt speed
05
Route environment and cover requirements

Specification note

Pipe-belt rigidity is project-specific. It should be assessed with the conveyor designer using pipe diameter, overlap, loading, horizontal and vertical curves, transitions and ambient conditions.

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