AUSTRALIA · CONVEYOR BELTINGOverland & long-distance conveying
High tension, low elongation, energy efficiency, transitions, take-up and splice strategy must be considered together.
Typical focus: Steel cord and selected low-elongation textile constructions
Applications
Start with the conveyor duty—not a catalogue number.
The same belt construction can perform very differently across different materials, pulley arrangements, transfer points and operating environments. Application context is the bridge between product data and service performance.
Application pathways
Organised around how the belt is actually used.
Rather than duplicating a list of industries, these pathways connect common conveyor duties with the specification issues that usually matter most. Final selection still requires the complete operating data and customer requirements.
Mine, crushing & run-of-mine
Large lumps, impact energy, trapped material and sharp edges create combined cover and carcass damage risks.
Typical focus: Cut, gouge, impact and rip protection
Stockyard, reclaimer & port
High throughput and limited shutdown windows place extra emphasis on reliability, splice quality and planned replacement logistics.
Typical focus: Critical-duty belting and supply planning
Process plant & transfer conveyors
Shorter centres can still be technically demanding because of small pulleys, frequent flexing, aggressive transfers and carryback.
Typical focus: Flexible carcass selection and duty-specific covers
Quarry, aggregate & cement
Abrasion, incline, profile geometry, impact and material temperature drive the selection of base belt and cover system.
Typical focus: Multi-ply, profiled and special-compound options
Heat, fire & chemical environments
Special-property covers address exposure risks, but the carcass, splice, thickness and certification pathway remain separate decisions.
Typical focus: Heat, FRAS, oil and chemical-resistant compounds
From duty to specification
Four questions create a better starting point.
Understand the duty
Material, capacity, lump size, drop height, temperature, moisture and contamination.
Review the conveyor
Length, lift, speed, pulleys, transitions, take-up, loading and discharge geometry.
Identify the failure risk
Tension, elongation, abrasion, cut, impact, rip, fire, heat, oil or chemicals.
Build the specification
Carcass, cover, thickness, edges, breakers, splice materials, testing and packaging.
Product connection
Construction carries it. Compound protects it.
Once the application is understood, the belt is specified through two linked but independent choices: the load-carrying carcass and the environment-facing cover compound.
Explore the product structure ↗Need help specifying a belt?