Product Description
Polyurethane Wheel 206435 by Liftsplus.com for electric lift trucks and pallet jacks, constructed with a high-durometer 95A polyurethane tread molded to a cast iron or steel hub, engineered for low rolling resistance, high resilience, and non-marking performance in warehouse and cold storage environments. Designed for press-on hub mounting and compatible with a range of electric material handling equipment.
Specifications
Material & Construction
| Wheel Core Material | Cast iron or steel, complying with GB/T-20, QT450 x 10 |
Part Numbers
| Manufacturer Part Number | 206435 |
| OEM Part Number | 206435 |
Frequently Asked Questions
Q: What is the 206435 wheel constructed from?
A: The 206435 features a high-durometer 95A polyurethane tread molded to a cast iron or steel hub (GB/T-20, QT450 compliant). The polyurethane compound provides low rolling resistance, high resilience, and non-marking performance suitable for wet floors and cold storage.
Q: Which electric lift trucks and pallet jacks is the 206435 compatible with?
A: The 206435 wheel is compatible with electric lift trucks and pallet jacks from Crown, Toyota, Raymond, Jungheinrich, Linde, and other manufacturers using press-on hub mounting. Confirm your equipment hub diameter before ordering.
Q: What are the advantages of the 206435 polyurethane tread?
A: The 95A polyurethane compound offers low rolling resistance for better energy efficiency, high resilience for impact absorption, and non-marking performance that protects floor surfaces. It performs reliably in cold storage and wet warehouse environments.
Q: How long does a 206435 wheel typically last before replacement?
A: Polyurethane wheel lifespan depends on equipment usage, load weight, and floor conditions. The 95A durometer compound resists wear and degradation better than softer materials. Replace when tread shows visible wear, flattening, or the wheel no longer rolls smoothly.
Q: Why is the 206435 suitable for cold storage applications?
A: The high-durometer 95A polyurethane maintains flexibility and traction at low temperatures where standard rubber becomes brittle. It resists hardening and cracking, ensuring reliable performance in freezer and refrigerated environments.