Product Description
Polyurethane load wheel, 95 Shore D hardness, designed for electric lift truck applications. Dimensions: 3.25 inch diameter, 4.58 inch tread width, 5.00 inch hub width, 2.047 inch bearing bore. Non-marking tread, suitable for demanding material handling environments.
Specifications
Material & Construction
| Wheel Tread Material | Polyurethane, Shore D 95 |
| Core Material | Polyurethane |
Part Numbers
| Manufacturer Part Number | 593-1068HL |
Frequently Asked Questions
Q: What are the dimensions of the 593-1068HL load wheel?
A: The 593-1068HL has a 3.25 inch diameter, 4.58 inch tread width, 5.00 inch hub width, and 2.047 inch bearing bore. These dimensions are critical for fitment on electric lift truck axles, so verify your equipment specifications match before ordering.
Q: What material is the 593-1068HL wheel made from and what does 95 Shore D mean?
A: The 593-1068HL is constructed from polyurethane with 95 Shore D hardness, which indicates a rigid, hard compound. This durometer rating provides excellent wear resistance and is suitable for demanding material handling environments with heavy loads and frequent use on both smooth and rough warehouse floors.
Q: Is the 593-1068HL a non-marking wheel?
A: Yes, the 593-1068HL features a non-marking tread that will not leave black marks or residue on finished flooring. This makes it suitable for use in retail spaces, offices, and other areas where floor protection is required.
Q: What electric lift truck applications does the 593-1068HL fit?
A: The 593-1068HL is designed for electric lift truck applications requiring a 2.047 inch bearing bore. Verify your equipment model and bearing specifications before ordering to confirm compatibility.
Q: How durable is the polyurethane tread on the 593-1068HL?
A: The 95 Shore D polyurethane provides high abrasion resistance and durability for demanding warehouse operations. Lifespan depends on load, frequency of use, and floor surface conditions. Regular inspection for tread wear is recommended to maintain traction and performance.
