A conveyor system is widely used in industries such as mining, cement and ports to transport bulk materials efficiently and continuously.
High-performance conveyor belts engineered for heavy-duty material transport, offering superior tensile strength, wear resistance, and long service life.
Ensure smooth belt movement and stable material transport across the entire conveyor system.
Pulleys control belt direction, drive and tension for efficient and reliable operation.
Pulley lagging improves traction and reduces slippage under wet and abrasive conditions.
Belt cleaners remove carryback material and maintain a clean and efficient belt surface.
Impact beds absorb heavy impact at loading points and protect conveyor belts from damage.
Frames provide stable support and proper alignment for idler systems in different conveyor structures.
Key Parts: Conveyor Pulleys
Proper pulley diameter and shell thickness ensure stable torque transmission under load. Optimized shaft and bearing configurations maintain alignment, preventing uneven stress and improving long-term operational stability.
Key Parts: Pulley Lagging
Rubber or ceramic lagging increases surface friction between belt and pulley. This improves grip under wet or abrasive conditions, reduces slippage, and stabilizes drive performance during continuous operation.
Key Parts: Belt Cleaners
Primary and secondary cleaners work in sequence to remove bulk material and residual fines. Blade materials and pressure settings are optimized to achieve effective cleaning without accelerating belt wear.
Key Parts: Impact Beds
Impact bars combine rubber cushioning and low-friction top layers to absorb material energy. This reduces belt stress, prevents puncture damage, and maintains consistent support at critical loading points.
Key Parts: Skirting Board
Flexible sealing structures maintain continuous contact with the belt edge. This controls material flow within the loading zone, reduces spillage, and minimizes dust escape in high-throughput operations.
Custom chain conveyor systems designed for high-precision layout integration. Engineered using top-tier wear-resistant steel and advanced heavy plate fabrication backed by 1,000-ton hydraulic press capabilities.
