High-load Polyurethane Wheels for Industrial Heavy Machinery

Polyurethane Cradle Roller for Pipe Lifting & Lowering Equipment

Heavy Machinery

Polyurethane Cradle Roller for Pipe Lifting & Lowering Equipment

High-performance polyurethane rollers are engineered for pipe lowering cradles and handling equipment to reduce friction and prevent coating damage during onshore pipeline installation and offshore pipelaying.

Polyurethane Wheels for Welding Rotator

Heavy Machinery

Polyurethane Wheels for Welding Rotator

A comprehensive guide to polyurethane wheels for welding rotators. Discover their superior wear resistance, anti-slip properties, and how they improve weld quality, protect workpiece surfaces, and reduce long-term costs.

Elevator Column Lift Guide Wheels

Heavy Machinery

Elevator Column Lift Guide Wheels

Elevator column lift guide wheels are responsible for maintaining proper alignment of the elevator car by minimizing lateral movement and providing consistent contact with the guide rails.

Heavy-Duty Solid Polyurethane (PU) Welding Rotator Rollers

Heavy Machinery

Heavy-Duty Solid Polyurethane (PU) Welding Rotator Rollers

Welding rotator roller highlights that solid polyurethane (Shore 90A-95A) is the industry standard for slip resistance and surface protection.

93A Polyurethane Wheels for Heavy-Duty Metal Transportation

Heavy Machinery

93A Polyurethane Wheels for Heavy-Duty Metal Transportation

93A Polyurethane heavy duty wheels have become an ideal choice for the metal production industry in heavy handling equipment in steel, aluminum and non-ferrous metal processing workshops due to their excellent high temperature resistance, high load.

Heavy Capacity Polyurethane Load Road Wheels in Cranes

Heavy Machinery

Heavy Capacity Polyurethane Load Road Wheels in Cranes

Polyurethane wheels play the role of loading and roading in cranes, helping cranes move quickly to the right position, safely carry, and improve efficiency. Polyurethane wheels can be customized in hardness, size, and color according to design conditions.