Constructed from multiple layers of rubber-cotton canvas or polyester canvas bonded through high-temperature vulcanization. Suitable for conveying hot materials below 175°C including coke, cement, slag, and hot castings.

Primarily used in metallurgical and construction industries for high-temperature material transport. Features EPDM rubber cover layers and high-temperature canvas fabric with excellent heat resistance and extended lifespan.

High-angle conveyor system consisting of base belt, sidewalls, and cleats. Sidewalls prevent material slippage and spillage through secondary vulcanization process for strong connection.

• Increased conveying angle (30-90 degrees)
• Compact footprint with low investment requirements
• High conveying capacity and lifting height
• Smooth transition from horizontal to inclined operation
• Ideal for powders, granules, small chunks, pastes, and liquids
• Energy efficient with simple structure and long service life

Suitable for metallurgy, power generation, coal, chemical, grain, ports, and machinery industries.

Made from polyvinyl chloride (PVC) with polyester fiber cloth and PVC adhesive construction. Operating temperature range: -10°C to +80°C. Features international toothed joints and excellent lateral stability.

Widely used in food, tobacco, logistics, packaging, coal mining, metallurgical, and chemical industries.

Conveyor belt splicing methods include mechanical splicing using belt buckles, cold bonding with adhesives, and hot vulcanization. Each method offers distinct advantages for different applications and belt types.

Crucial components supporting conveyor belt and material weight. Available in steel and plastic materials, accounting for significant portions of conveyor system cost and performance.

Pulley lagging process involves wrapping elastic, wear-resistant rubber around metal rollers to increase friction, protect belts, and ensure efficient, stable conveyor operation.