Product Description
Toyota OEM polyurethane wheel (SKU 00591-52032-81) for electric lift trucks. Polyurethane compound with iron core, high endurance to abrasion and oil, featuring tensile strength up to 53 MPa, excellent resilience, and industry-standard Shore hardness. Suitable for high-cycle material handling applications.
Specifications
Material & Construction
| Material Specification | Polyurethane with iron core |
| Finish | Polyurethane tread |
Part Numbers
| OEM Part Number | 00591-52032-81 |
| Manufacturer Part Number | 00591-52032-81 |
Frequently Asked Questions
Q: What are the material specifications of the 00591-52032-81 wheel?
A: The 00591-52032-81 is a polyurethane wheel with an iron core. Material properties include tensile strength up to 53 MPa, excellent resilience, and industry-standard Shore hardness. The polyurethane tread provides abrasion and oil resistance, making it suitable for high-cycle material handling operations.
Q: Which Toyota electric lift truck models use the 00591-52032-81 wheel?
A: The 00591-52032-81 is a Toyota OEM load wheel designed for electric lift trucks. Specific model compatibility depends on truck serial range and equipment configuration. Verify wheel diameter, bore size, and mounting interface match your equipment before ordering.
Q: What is the durability rating for this polyurethane wheel in high-cycle operations?
A: The 00591-52032-81 is engineered for high-cycle material handling applications. The polyurethane compound provides high endurance to abrasion and oil exposure. Expected service life depends on load capacity, floor conditions, and operating hours. Inspect wheels regularly for flat-spotting, chunk loss, or uneven wear.
Q: How does the iron core construction affect wheel performance?
A: The iron core provides structural rigidity and load-bearing capacity while the polyurethane tread absorbs shock and provides traction. This combination allows the wheel to handle demanding industrial loads while maintaining stability and floor protection. The core prevents deformation under heavy repeated loads.
