Product Description
Toyota Poly Press On Tire, 95A (SKU: TO 00590-00083-71) is a polyurethane load wheel tire engineered for electric lift truck applications. Rated at 95A hardness, it is compatible with select Toyota electric pallet truck models including 6HBW23 and 7HBW23. Cross-referenced as 00590-43383-71 and 00590-47623-71.
Specifications
Material & Construction
| Tire Material | Polyurethane elastomer |
| Core Material | Steel hub |
Part Numbers
| OEM Part Number | TO 00590-00083-71 |
| Manufacturer Part Number | 00590-00083-71 |
| Cross-Reference Part Numbers | 00590-43383-71, 00590-47623-71 |
| Compatible Models | 6HBW23, 7HBW23 |
Frequently Asked Questions
Q: What is the TO 00590-00083-71 poly press on tire?
A: The TO 00590-00083-71 is a polyurethane load wheel tire engineered for Toyota electric pallet jacks. It features a polyurethane elastomer tire with a steel hub core and a 95A hardness rating for reliable performance in warehouse and material handling environments.
Q: Which Toyota models are compatible with the TO 00590-00083-71?
A: The TO 00590-00083-71 is designed for Toyota electric pallet truck models 6HBW23 and 7HBW23. Verify your equipment model number before ordering to ensure proper fitment and compatibility.
Q: What are the cross-reference part numbers for the TO 00590-00083-71?
A: Cross-reference part numbers include 00590-43383-71 and 00590-47623-71. If replacing an existing wheel, check which cross-reference number is installed on your equipment to confirm compatibility.
Q: What does 95A hardness mean for this polyurethane tire?
A: The 95A hardness rating indicates medium-hard polyurethane construction, ideal for general indoor warehouse operations on standard concrete and vinyl floors. This hardness level provides good wear resistance and load stability in typical material handling applications.
Q: How do I know when this tire needs replacement?
A: Inspect the tire regularly for visible wear patterns, flat spots, chunks missing from the surface, or permanent indentation marks. Lifespan varies based on usage intensity, floor conditions, and load weight—typically 12 to 24 months in high-traffic operations.
