Product Description
SYF9136HL Polyurethane Wheel (95D) is a replacement load wheel engineered for electric lift trucks, featuring a 3.25 inch diameter, 4.00 inch tread width, 95 Shore D polyurethane tread, and precision ball bearing bore of 2.047 inches. Designed for tandem axle configurations and compatibility with select trucks, this wheel offers chemical and mechanical bonding for high load capacity and durability.
Specifications
Material
| Tread Material | High-performance polyurethane elastomer |
| Core Material | Industrial polymer |
Part Numbers
| Manufacturer Part Number | SYF9136HL |
| Cross-Reference Part Numbers | Equivalent to TVH F9136HL, matches Helmar WH-736-95D |
| Replaces | Supersedes legacy poly wheel SYF9136 |
Frequently Asked Questions
Q: What are the key specifications of the SYF9136HL load wheel?
A: The SYF9136HL features a 3.25 inch diameter, 4.00 inch tread width, and 95 Shore D polyurethane tread with a precision ball bearing bore of 2.047 inches. This wheel is engineered with high-performance polyurethane elastomer bonded to an industrial polymer core for tandem axle configurations in electric lift trucks.
Q: What are the cross-reference part numbers for the SYF9136HL?
A: The SYF9136HL is equivalent to TVH F9136HL and matches Helmar WH-736-95D specifications. It replaces the legacy poly wheel SYF9136. Cross-referencing helps ensure correct fitment when comparing parts across different suppliers or OEM catalogs.
Q: Is the SYF9136HL compatible with tandem axle equipment?
A: Yes, the SYF9136HL is specifically designed for tandem axle configurations found on select electric lift trucks from Crown, Toyota, Raymond, Yale, Hyster, Jungheinrich, Linde, and other manufacturers. The 4.00 inch tread width and precision bearing bore support dual-wheel axle setups.
Q: What is the 95D polyurethane compound used in the SYF9136HL?
A: 95 Shore D polyurethane offers superior hardness and load capacity compared to softer compounds. The SYF9136HL uses high-performance polyurethane elastomer with chemical and mechanical bonding to the core. This construction resists abrasion and deformation during heavy-duty material handling cycles.
Q: How do chemical and mechanical bonding improve wheel durability?
A: Chemical bonding fuses the polyurethane tread to the core at the molecular level, while mechanical bonding uses physical interlocking. Together, these methods prevent tread separation, spalling, and delamination, extending the SYF9136HL lifespan significantly in high-load applications.
Q: What bearing type does the SYF9136HL accommodate?
A: The SYF9136HL has a precision ball bearing bore of 2.047 inches. Verify that your equipment uses ball bearings with matching dimensions before ordering. Incorrect bearing fitment will result in wheel misalignment and premature failure.