Aramid Conveyor Belt Systems

An aramid belt is a strong alternative to a steel cord belt when belt weight, running tension, corrosion risk, fire safety or energy consumption are key project concerns. Compared with steel cord structures, aramid reinforcement can provide high strength with lower carcass weight and without the risk of steel cord rusting.

Aramid reinforcement has a high strength-to-weight ratio. Under equivalent strength conditions, an aramid belt structure can reduce carcass weight and total belt weight compared with a conventional steel cord belt. A lighter belt can help reduce running tension, conveyor load and drive demand, especially in long-distance or high-lift conveying systems.

Aramid belts and low rolling-resistance belts solve different parts of the energy-saving challenge. Aramid reduces belt structural weight and system tension, while low rolling-resistance rubber reduces indentation rolling resistance between the belt and idlers. In long-distance conveying systems, combining aramid reinforcement with EcoTrans™ low rolling-resistance rubber can provide a stronger energy-saving solution.

Yes, aramid conveyor belts can be engineered for underground coal mine applications when designed with fire-resistance and anti-static rubber systems that meet applicable mining safety requirements. Their lower belt weight, corrosion resistance and fire-resistant potential make them suitable for demanding underground conveying environments.

Aramid has inherent heat-resistant and flame-resistant characteristics. It does not behave like metallic reinforcement and does not rust in humid environments. When combined with flame-retardant rubber systems, aramid belts can support safer operation in coal handling, underground mining and other fire-risk conveying conditions.

Yes, aramid conveyor belts can be suitable for long-distance overland conveyors because their lower belt weight can help reduce system tension and drive demand. For long-distance energy-saving projects, BOTON can combine aramid reinforcement with EcoTrans™ low rolling-resistance rubber to improve overall conveyor efficiency.

In some underground mining applications, aramid flame-resistant conveyor belts can provide an alternative to traditional PVC or PVG belts, especially where higher strength, longer conveying distance, lower belt weight or improved operational performance is required. The replacement decision should be based on safety standards, belt strength, conveyor layout, material load and mine operating conditions.

No. Aramid belts and steel cord belts each have suitable applications. Steel cord belts remain widely used in many high-strength conveying systems. Aramid belts become more valuable when lower weight, corrosion resistance, fire safety, flexibility or energy-saving potential can create measurable system benefits.