Polyurethane HI-TECH Wheels

In controlled wear testing and real-world applications, Hi-Tech polyurethane compounds typically deliver 2-3 times the tread life of standard Shore A 92 polyurethane under equivalent load, speed, and floor conditions. The exact multiplier depends on your specific operating environment, but the improvement is consistent and well-documented. Facilities running 24/7 operations or high-mileage tow routes see the most dramatic difference.

Hi-Tech polyurethane uses advanced MDI-based prepolymer systems with optimized chain extender ratios that produce a tighter, more uniform polymer network. This molecular structure delivers superior abrasion resistance, tear strength, and resilience compared to the TDI-based or less refined MDI systems common in standard polyurethane. The manufacturing process also involves more precise temperature control and longer cure cycles to fully develop the polymer's performance potential.

For applications with high usage rates, the answer is almost always yes. If your standard polyurethane wheels last 12 months and Hi-Tech wheels last 30 months at a 40-60% higher purchase price, the cost per month of service drops significantly. Add the value of reduced downtime for wheel changes, fewer maintenance labor hours, and the operational disruption of taking equipment offline, and Hi-Tech polyurethane typically has a lower total cost of ownership in demanding applications.

Yes, and this is one of the applications where Hi-Tech polyurethane excels. The advanced compound generates less hysteresis heat during rolling, which is critical in powered systems where wheels turn continuously at higher speeds. Lower heat generation means the wheel runs cooler, which extends tread life and reduces rolling resistance — both important factors for powered applications where motor load and energy consumption are considerations.