Industrial Rollers and Wheels

Custom Polyurethane Rollers and Wheels:

• Tailored Specifications: Custom polyurethane rollers and wheels can be designed to meet specific requirements of load capacity, hardness, durometer, size, shape, and overall performance.

• Enhanced Performance: By customizing the design, polyurethane rollers and wheels can provide improved performance, such as increased traction, reduced noise, superior impact resistance, and extended wear life.

• Versatility: Custom options allow for the creation of polyurethane rollers and wheels suitable for various applications such as material handling, conveyors, printing, packaging, automotive, and more.

• Chemical Resistance: Polyurethane can be formulated to resist chemicals, oils, solvents, and harsh environments, making it a valuable choice for industries with demanding conditions.

• Cost-Effectiveness: Custom polyurethane rollers and wheels can provide cost savings by minimizing downtime, reducing maintenance, and increasing overall system efficiency.

Roller and Wheel Resurfacing Service:

• Renewed Performance: Resurfacing worn-out polyurethane rollers and wheels can restore their original functionality and extend their service life, eliminating the need for expensive replacements.

• Customizable Solutions: Resurfacing allows for customization in terms of durometer, color, hardness, and surface finish, enabling the rollers and wheels to be tailored to meet specific requirements.

• Reduced Maintenance Downtime: Instead of waiting for new rollers or wheels to be manufactured, resurfacing provides a quick and efficient solution to keep operations running smoothly without prolonged downtime.

• Cost Savings: Resurfacing worn rollers and wheels is often more cost-effective compared to purchasing brand new replacements, resulting in significant savings for businesses.

• Environmentally Friendly: By opting for resurfacing, businesses reduce waste by reusing existing components, contributing to a more sustainable and eco-friendly manufacturing process.