Product Description
Professional technical specification for Toyota 00591-52053-81 polyurethane standard wheel, designed for electric lift trucks. Includes material properties, performance features, and compatibility, but dimensional and capacity details are not published in accessible sources.
Specifications
Material
| Wheel Material | Polyurethane (elastomer) |
Material Properties
| Hardness Range | 20A–75D (specific to Toyota polyurethane wheels in this application) |
| Tensile Strength | 3–53 MPa |
| Elongation | 22–76% |
| Tear Strength | 10–195 kN/m |
| Resilience | 20–50% |
Part Numbers
| OEM Part Number | 00591-52053-81 |
| Manufacturer Part Number | 00591-52053-81 |
Frequently Asked Questions
Q: What are the material specifications of the 00591-52053-81 polyurethane wheel?
A: The 00591-52053-81 is a Toyota polyurethane standard wheel with material properties including hardness range of 20A to 75D Shore, tensile strength of 3 to 53 MPa, elongation of 22 to 76 percent, tear strength of 10 to 195 kN/m, and resilience of 20 to 50 percent. These specifications reflect the elastomer properties typical of Toyota polyurethane wheels in electric lift truck applications.
Q: Which Toyota lift truck models use the 00591-52053-81 wheel?
A: The 00591-52053-81 is a Toyota OEM standard load wheel for electric lift trucks. Specific model compatibility depends on truck configuration and serial range. Before ordering, verify the wheel diameter, bore size, and mounting interface to ensure correct fitment for your equipment.
Q: What is the difference between this standard wheel and other polyurethane wheel variants?
A: The 00591-52053-81 is classified as a standard wheel, meaning it is engineered for typical indoor material handling operations on regular warehouse floors. Other variants may include high-traction compounds for wet or cold storage environments, or specialized compounds for outdoor use. Match wheel type to your specific operating environment and floor conditions.
Q: How do the resilience and tear strength properties affect performance?
A: Resilience of 20 to 50 percent means the wheel returns to its original shape after load or impact, reducing flat-spotting and extending service life. Tear strength of 10 to 195 kN/m indicates the wheel resists splitting and cracking from sharp objects or repeated stress. Together, these properties ensure durability in high-cycle material handling environments.