Product Description
Polyurethane wheel, manufacturer part number 150015557, designed for electric lift truck applications. Constructed with high-resilience, non-marking polyurethane tread bonded to cast iron or steel wheel center. Engineered for reduced rolling resistance, superior wear resistance, and operation in low-temperature environments. Suitable for electric pallet trucks, stackers, and electric forklift trucks.
Specifications
Material
| Tread Raw Material Specification | Bayer pre-polymer polyurethane |
| Finish | Bare cast iron wheel center; polyurethane tread |
Part Numbers
| Manufacturer Part Number | 150015557 |
Frequently Asked Questions
Q: What polyurethane material is used in wheel 150015557?
A: Wheel 150015557 features non-marking, 100 percent polyurethane compound made from Bayer pre-polymer polyurethane raw material (German Bayer and Japanese Mitsubishi sources). The non-marking finish prevents scuff marks and discoloration on floors.
Q: Which electric lift truck types are compatible with SKU 150015557?
A: This wheel is engineered for electric pallet trucks, electric stackers, and electric forklift trucks from manufacturers including Crown, Toyota, Raymond, Linde, and BT. Verify bore size and diameter match your specific equipment model.
Q: Why does reduced rolling resistance matter for electric lift trucks?
A: Reduced rolling resistance means less friction between the wheel and floor, which decreases battery drain and extends runtime per charge. This polyurethane formulation is engineered specifically for this benefit in electric-powered equipment.
Q: Is this wheel suitable for low-temperature warehouse environments?
A: Yes. Wheel 150015557 is engineered for operation in low-temperature environments including cold storage. The high-resilience polyurethane compound maintains flexibility and grip on floors at reduced temperatures where standard compounds may become brittle.
Q: What wheel center materials are available for SKU 150015557?
A: The wheel center is available as bare cast iron. Cast iron provides structural rigidity and even load distribution. The bare finish accepts polyurethane bonding for durable, integrated construction without separation risk.