Polyurethane Products & Components for Material Handling

Our polyurethane components are designed for equipment exposed to continuous material flow, abrasion, impact, friction, and mechanical loads.

1.Conveyor Systems-Polyurethane rollers, scrapers, skirting, wear components, and guide parts support reliable material movement and conveyor protection.

• Belt Conveyors
• Roller Conveyors
• Chain Conveyors
• Cleated Conveyors
• Conveyor Transfer Systems

2.Transfer & Loading Equipment-Custom polyurethane liners, impact components, skirting, and wear parts help protect equipment and control material flow at transfer and loading points.

• Transfer Chutes
• Loading Chutes
• Hoppers
• Feeders
• Transfer Points

3.Bulk Material Handling Equipment-Polyurethane wear and impact components help protect equipment handling abrasive bulk materials during continuous operation.

• Bulk Material Conveyors
• Storage Hoppers
• Bins
• Feed Systems
• Material Transfer Equipment

4.Warehouse & Automated Handling Equipment-Polyurethane rollers, wheels, guides, and other components support controlled movement and reliable operation in automated material handling systems.

• Roller Conveyors
• Transfer Units
• Automated Handling Systems
• Sorting Equipment
• Distribution Systems

Why Use Polyurethane in Material Handling Applications?

Polyurethane combines abrasion resistance, flexibility, impact resistance, and mechanical strength, making it suitable for components exposed to continuous material movement, friction, and impact.

1. High Wear Resistance-Polyurethane components can withstand repeated contact with abrasive materials, helping extend service life and reduce replacement frequency.
2. Impact Resistance-Polyurethane absorbs repeated impact and shock, helping protect chutes, hoppers, transfer points, and other equipment exposed to heavy material loads.
3. Flexibility & Resilience-Polyurethane provides controlled flexibility and resilience for scrapers, skirting, rollers, pads, and other components requiring continuous movement or contact.
4. Noise & Vibration Reduction-Compared with rigid metal components, polyurethane can help reduce impact noise and vibration in conveyors and material handling equipment.
5. Custom Performance-Polyurethane hardness, geometry, dimensions, and formulation can be tailored to specific material characteristics, loads, speeds, temperatures, and operating conditions.

Material Handling Challenges We Help Solve

Material handling equipment often operates continuously and is exposed to abrasive materials, impact, friction, and heavy material flow. Our polyurethane components are designed to address common wear and maintenance challenges.

1. Conveyor Belt Carryback-Polyurethane Solution: Polyurethane scraper blades and belt cleaning components help remove residual material from conveyor belts and reduce carryback.
2. Material Spillage-Polyurethane Solution: Flexible polyurethane skirting helps maintain contact with conveyor belts and improve material containment around loading and transfer points.
3. Severe Wear-Polyurethane Solution: Polyurethane wear strips, liners, pads, and other wear components help protect equipment surfaces exposed to continuous abrasion.
4. Heavy Impact at Transfer Points-Polyurethane Solution: Polyurethane impact pads, cushions, and liners help absorb repeated impact and protect chutes, hoppers, and transfer equipment.
5. Frequent Maintenance & Downtime-Polyurethane Solution: Durable, application-specific polyurethane components can help extend service intervals and reduce component replacement frequency.

Custom Polyurethane Manufacturing for Material Handling

We manufacture custom polyurethane components according to engineering drawings, CAD files, samples, and technical specifications. Our manufacturing process combines material selection, molding, machining, bonding, and inspection to produce components suited to specific material handling equipment and operating conditions.

• Drawing or Sample- Provide your engineering drawing, CAD file, existing sample, or component specifications. We review the dimensions, geometry, tolerances, and application requirements.
• Material Selection- We recommend a suitable polyurethane material and hardness based on abrasion, impact, load, speed, temperature, material characteristics, and operating conditions.
• Mold Design & Molding- Molds are designed according to the required component geometry and production requirements. Polyurethane is then cast or molded to achieve the specified shape and performance.
• Machining & Finishing- After molding, components can be machined, trimmed, drilled, bonded, or finished according to required dimensions, tolerances, and assembly requirements.
• Inspection- Finished components are inspected for dimensions, hardness, appearance, and other specified requirements to support consistent quality and reliable material handling equipment performance.