Product Description
LF 10236-B-A-D by Lift-Rite (Big Joe) is a poly/alum steer wheel assembly for manual pallet jacks, featuring a precision polyurethane tread bonded to a cast aluminum core, compatible with standard Lift-Rite and Big Joe models. Supersedes LF 10235, cross-references include LF 10236-B-A and LF 10236-ASSY.
Compatibility: Fits pallet jacks made by Lift-Rite, model LF10236BAD. SKU: LF 10236-B-A-D
Specifications
Material
| Core Material | Cast aluminum |
| Tread Material | Injection-molded polyurethane |
Part Numbers
| OEM Part Number | LF 10236-B-A-D |
| Manufacturer Reference | Lift-Rite (Big Joe) LF 10236-B-A-D |
Frequently Asked Questions
Q: What is the construction of the LF 10236-B-A-D steer wheel assembly?
A: The LF 10236-B-A-D features an injection-molded polyurethane tread bonded to a cast aluminum core. This poly/aluminum construction provides improved durability and rigidity compared to nylon hub designs.
Q: Which manual pallet jack models are compatible with the LF 10236-B-A-D?
A: The LF 10236-B-A-D is designed for Lift-Rite and Big Joe branded manual pallet jacks. Confirm your equipment model and serial range match Lift-Rite L-50 specifications before ordering.
Q: What part numbers does the LF 10236-B-A-D supersede?
A: The LF 10236-B-A-D supersedes LF 10235 and cross-references with LF 10236-B-A and LF 10236-ASSY. Check your documentation to determine which part your equipment requires.
Q: Why choose aluminum core over nylon for a steer wheel?
A: Aluminum cores provide better load distribution, resist deformation under load, and offer longer service life in heavy-duty or high-frequency material handling operations. The trade-off is slightly higher cost than nylon options.
Q: Is the polyurethane tread suitable for wet or cold storage environments?
A: Standard polyurethane tread offers good grip on dry and damp floors. For consistently wet or cold storage applications, consider higher-traction compound options like our EZ-designation wheels, which are engineered for enhanced performance in those environments.
