Big Joe OEM Poly on Steel Load Wheel Assembly

Frequently Asked Questions

Q: What is the BJ 078673 poly on steel load wheel assembly?
A: The BJ 078673 is a direct replacement poly on steel load wheel assembly for electric lift trucks and material handling equipment. It combines a polyurethane outer tire bonded to a steel core, providing abrasion resistance, noise reduction, and extended service life in industrial warehouse and dock operations.

Q: What are the benefits of poly on steel construction?
A: Poly on steel wheels deliver balanced performance with a polyurethane tire offering traction and noise dampening while the steel core provides structural strength and load capacity. This design performs well across varied floor conditions including dry warehouses, damp areas, and general warehouse use.

Q: Which equipment models does the BJ 078673 fit?
A: The BJ 078673 is designed for Big Joe electric lift trucks and is compatible with similar electric pallet jacks from Crown, Toyota, Raymond, Hyster, and Yale. Verify your equipment model and serial range against this part number before ordering to ensure proper fitment.

Q: What is the core material of the BJ 078673?
A: The BJ 078673 features a steel core underneath the polyurethane tire. The steel provides durability and load-bearing capability while the polyurethane outer surface delivers traction and reduces noise in industrial environments.

Q: How does the BJ 078673 perform on different floor types?
A: The BJ 078673 poly on steel construction provides adequate traction on damp floors and general warehouse surfaces. For dedicated freezer operations or heavily wet environments, a pure polyurethane wheel may offer superior grip. Test performance in your specific facility conditions before full deployment.

Q: What is the expected service life of the BJ 078673?
A: The BJ 078673 typically provides 2 to 4 years of service life depending on facility conditions and usage patterns. Poly on steel wheels are robust across mixed-use environments. Proper maintenance and floor conditions directly impact replacement frequency and performance.