Product Description
Mitsubishi MI 1075061-XL Load Wheel features high-duty Poly XL 97A polyurethane tread for electric lift trucks. Engineered with a machined steel core and advanced XL3 bonding, this wheel provides superior cut and tear resistance under continuous load cycles.
Specifications
Material & Construction
| Tread Hardness | 97 Shore A |
| Bonding System | XL3 bonding agent, mechanically interlocked hub |
| Core Material | Steel, machined finish |
| Surface Finish | Machined steel core, factory bonded polyurethane |
Part Numbers
| Manufacturer Part Number | MI 1075061-XL |
| OEM Part Number | MI 1075061-XL |
Frequently Asked Questions
Q: What is the tread hardness of the MI 1075061-XL load wheel?
A: The MI 1075061-XL features a tread hardness of 97 Shore A. This durometer rating is designed for high-duty electric lift truck applications and provides superior cut and tear resistance under continuous load cycles.
Q: What core material does the MI 1075061-XL wheel use?
A: The MI 1075061-XL has a machined steel core with a factory-bonded polyurethane tread. The machined finish provides precision fitment and optimal load distribution across the wheel face.
Q: What is the XL3 bonding system and why does it matter?
A: The XL3 bonding agent is an advanced polyurethane-to-steel bonding system that mechanically interlocks the tread to the core. This prevents bond separation and extends wheel life in heavy-duty electric truck applications with high load and duty cycle demands.
Q: What equipment types is the MI 1075061-XL compatible with?
A: The MI 1075061-XL is engineered for Mitsubishi electric lift trucks. The Poly XL 97A tread compound and machined steel core make it suitable for heavy-duty material handling equipment requiring cut and tear resistance in demanding warehouse and production environments.
Q: How does the Poly XL 97A tread differ from standard polyurethane wheels?
A: Poly XL 97A is a premium-grade polyurethane compound with enhanced durability and load-bearing capacity. The XL designation indicates extra load capability, higher tear resistance, and superior performance under continuous duty compared to standard polyurethane formulations.