conveyor belt

SW conveyor belt (warp)

SW conveyor belts are high-performance conveying equipment: Wide application: Suitable for scenarios with large drops, high loads, and high-speed conveying, commonly used in mining, ports, and other industries. Superior structure: Thin belt core, replacing multi-layer with single/double layer, thickness reduced by 7% - 17%, single roll length up to 400 - 500 meters, adaptable to small rollers. Strong performance: Using special weaving methods, high tensile strength, low elongation; special organizational structure, strong impact absorption, good toughness, and long service life. Suitable for conveying materials with large drops, high loads, and high-speed conditions, widely used in mining, ports, power, and other industries.

Aramid conveyor belt (aramid fiber reinforced rubber conveyor belt)

Aramid conveyor belts combine high-strength, lightweight materials with multi-functional covering materials, making the product perfectly suitable for a wide range of applications. Aramid fiber reinforced rubber conveyor belts are high-performance conveyor products made by combining aramid fibers as the core reinforcing material with rubber through a special process.

Super wear-resistant conveyor belt

High-wear-resistant conveyor belts are suitable for most medium/long distances, occasions with larger sharp and hard objects and greater drop height, higher load, and high-speed material conveying. Particularly suitable for mining stone material crushing and screening, sand washing, ports and docks, power, metallurgy, chemical, coal, steel plants, cement plants, construction and other industries.

High wear-resistant energy-saving rubber conveyor belt

High wear-resistant and energy-saving multi-layer fabric core (nylon/EP polyester/NN/EE) rubber conveyor belts are especially suitable for mining stone crushing and screening, sand washing, ports and docks, chemical fertilizers, power, metallurgy, chemical industry, steel plants, cement plants, coal, docks, construction and other industries. They feature energy saving and wear resistance, and are suitable for most short/medium/long distances, high loads, and high-speed material conveying conditions.