Product Description
Polyurethane Drive Tire Assembly with XGROOVE Tread Pattern
The BJ 500935-XGROOVE is a premium polyurethane drive tire designed for electric lift trucks and pallet jacks. Featuring a 97-A Shore A durometer compound, this tire delivers excellent wear resistance and load capacity across standard warehouse environments. The XGROOVE tread pattern provides enhanced traction and drainage control on wet and oily floors, reducing slip hazards. An ideal direct replacement for equipment requiring proven durability and reliable performance.
Frequently Asked Questions
Q: What equipment does the 500935-XGROOVE drive tire fit?
A: The 500935-XGROOVE poly drive tire assembly is designed for electric lift trucks and pallet jacks from major manufacturers including Crown, Toyota, Raymond, and Yale. Verify the mounting diameter and hub specifications match your equipment before ordering.
Q: What does the 97-A durometer rating mean?
A: The 97-A durometer indicates a polyurethane compound with 97 Shore A hardness, which provides excellent wear resistance and load capacity for general material handling applications. This compound balances durability with controlled rolling resistance on standard warehouse floors.
Q: What is the XGROOVE tread pattern designed for?
A: The XGROOVE tread pattern enhances traction and drainage, reducing hydroplaning risk on wet or oily floors. This design is suitable for general warehouse and light outdoor use where improved grip is beneficial.
Q: How long does the 500935-XGROOVE typically last?
A: Polyurethane drive tires typically last 2 to 4 years depending on usage hours, load conditions, and floor surface. High-traffic warehouse environments may show wear sooner than light-duty applications. Monitor for flat spots, cracking, or reduced grip as wear indicators.
Q: How should I store this tire when not in use?
A: Store the 500935-XGROOVE in a cool, dry location away from direct sunlight and extreme temperatures. Avoid stacking heavy items on top of the tire. Protect from oils, solvents, and ozone exposure to maintain material integrity during storage periods.
