Product Description
Heavy-duty non-marking polyurethane wheel, 97A, for electric lift truck and pallet jack applications. Chemically bonded to steel hub, optimized for warehouse material handling, and compatible with major electric pallet jack models including Noblelift. Provides low rolling resistance and high wear resistance.
Specifications
Material & Construction
| Hub Construction | Machined steel hub, sandblasted and cleaned before poly bonding |
| Wheel Center Material | High strength structural steel |
Part Numbers
| Manufacturer Part Number | 9114 |
Frequently Asked Questions
Q: What is the polyurethane compound rating for the 9114?
A: The 9114 is a 97A durometer non-marking polyurethane wheel. This hardness rating provides heavy-duty performance for electric lift truck and pallet jack applications in warehouse material handling environments.
Q: Which electric pallet jack models does the 9114 fit?
A: The 9114 is compatible with Noblelift electric pallet jacks and other major electric lift truck manufacturers. Verify your equipment model and existing wheel dimensions before ordering to confirm fitment compatibility.
Q: How is the 9114 wheel constructed?
A: The 9114 features a machined steel hub that is sandblasted and cleaned before polyurethane bonding. The wheel center is made from high-strength structural steel. The polyurethane is chemically bonded to the steel hub for durability and consistent performance.
Q: What are the performance characteristics of the 9114?
A: The 9114 delivers low rolling resistance for improved efficiency and high wear resistance for extended service life. The non-marking polyurethane compound is optimized for warehouse material handling applications with frequent start-stop cycles and turning.
Q: Is the 9114 wheel suitable for wet or cold storage environments?
A: The 9114 is a standard 97A polyurethane compound rated for general warehouse material handling conditions. For wet floors or cold storage applications, verify environmental compatibility or contact the manufacturer for alternative compound formulations designed for those specific conditions.
