Product Description
Polyurethane utility wheel for electric lift trucks, high load capacity, non-marking tread, minimal compression, designed for clean floor warehouse environments.
Specifications
Material
| Wheel Material | Polyurethane, hardness 85A |
| Center Material | Cast iron, QT450-10 |
Part Numbers
| OEM Part Number | LPT-350651 |
Frequently Asked Questions
Q: What are the material specifications for the 350651 wheel?
A: This polyurethane utility wheel features a tread made from polyurethane with 85A hardness and a center hub constructed from cast iron, grade QT450-10. The combination of materials provides high load capacity while maintaining a non-marking tread suitable for clean warehouse floors.
Q: Which electric lift truck brands is the 350651 wheel compatible with?
A: This wheel fits multiple electric lift truck models from Crown, Toyota, Raymond, Yale, and other OEM manufacturers. The OEM part number is LPT-350651. Verify the wheel diameter and bore dimensions match your specific equipment before ordering to ensure proper fitment.
Q: Is the 350651 wheel suitable for cold storage or wet environments?
A: No. The 350651 is designed specifically for clean floor warehouse environments. It features minimal compression and a non-marking polyurethane tread optimized for dry, hard surfaces. For cold storage or wet floor applications, use a different wheel compound such as our high traction polyurethane options.
Q: What is the expected service life of this polyurethane wheel?
A: Service life depends on load, floor conditions, and usage hours. Polyurethane wheels typically last 2000 to 5000 operating hours in warehouse environments. Monitor for uneven wear, flat spots, or surface cracking. Replace when tread depth decreases or handling characteristics change.
Q: Does the 85A hardness rating affect wheel performance?
A: Yes. The 85A hardness is a mid-range durometer that balances load-carrying capacity with floor protection and energy efficiency. Higher hardness provides greater wear resistance and reduced floor marking but decreases ride smoothness. Lower hardness improves ride quality but reduces wear life.
