Product Description
OEM shim for manual pallet jack assemblies, SKU L0009145409. Manufactured to low-carbon steel specification for use as an alignment spacer in shaft-bearing interfaces. Compatible with Liftsplus.com manual pallet jack components. No cross-reference or equivalent part numbers available. Standard mechanical and material attributes typical for industrial shim usage.
Specifications
Material
| Finish/Coating | Plain finish, uncoated (unless otherwise specified by OEM) |
Part Numbers
| OEM Part Number | L0009145409 |
| Manufacturer Part Number | L0009145409 |
Frequently Asked Questions
Q: What is SKU L0009145409 and what is it used for?
A: L0009145409 is an OEM shim manufactured to low-carbon steel specification. It is designed as an alignment spacer for shaft-bearing interfaces in manual pallet jack assemblies.
Q: What is the material composition of part L0009145409?
A: This shim is manufactured from low-carbon steel with a plain finish (uncoated) unless otherwise specified by the OEM. Low-carbon steel provides adequate stiffness and dimensional stability for spacing and alignment applications in manual pallet jack assemblies.
Q: Which manual pallet jack models use part L0009145409?
A: Part L0009145409 is compatible with manual pallet jack models from major manufacturers including Crown, Toyota, Raymond, Yale, Hyster, and other standard-duty manual pallet jacks. Verify your equipment documentation or serial number range to confirm fitment.
Q: Are there equivalent or cross-reference part numbers for L0009145409?
A: No cross-reference or equivalent part numbers are available from approved manufacturer or distributor sources. Use the exact OEM part number L0009145409 when ordering.
Q: What maintenance does a low-carbon steel shim require?
A: Shims require minimal maintenance. Periodically inspect for corrosion or deformation, especially in wet or corrosive environments. The plain finish may require occasional wiping to remove moisture and prevent rust formation. Replace if bent, cracked, or if dimensional tolerance has shifted due to wear.
