Product Description
82021-10 Polyurethane Wheel engineered for electric lift truck applications. Manufactured by Liftsplus.com, this precision-machined polyurethane wheel features a 6 inch outside diameter, 2.75 inch tread width, and 3.14 inch hub diameter. Compound hardness rated at 83A Shore, with a steel alloy core and resilience optimized for dock board, wet, and freezer environments. Designed for continuous duty and compatible with Crown SP 3000 pallet trucks.
Specifications
Compatibility
| Compatible Equipment Models | Crown SP 3000 Electric Lift Truck |
Material & Construction
| Compound | 201 grade polyurethane |
Part Numbers
| Manufacturer Part Number | 82021-10 |
Frequently Asked Questions
Q: What are the specifications of the 82021-10 polyurethane wheel?
A: The 82021-10 features a 6 inch outside diameter, 2.75 inch tread width, and 3.14 inch hub diameter. Core material is steel alloy with 83A Shore hardness polyurethane compound rated for 201 grade applications.
Q: Which equipment is the 82021-10 polyurethane wheel compatible with?
A: The 82021-10 is engineered for Crown SP 3000 electric lift trucks and similar electric pallet jack models. Verify wheel hub diameter and bearing cavity dimensions match your equipment before ordering.
Q: What environments is the 82021-10 wheel designed for?
A: The 82021-10 polyurethane wheel is designed for dock board, wet, and freezer environments. The 201 grade polyurethane compound provides traction and durability in continuous duty applications including cold storage and damp warehouse conditions.
Q: What is the material composition of the 82021-10 wheel?
A: The 82021-10 wheel consists of a steel alloy core with a precision-machined polyurethane tread rated at 83A Shore hardness. This combination provides load capacity and resilience for electric lift truck duty.
Q: How does the 82021-10 compare to standard rubber wheels?
A: Polyurethane wheels like the 82021-10 offer superior traction on wet and cold surfaces compared to standard rubber, extended wear life, and consistent performance in dock and freezer operations. They are more resilient under continuous duty cycles.
