Product Description
Polyurethane load wheel for electric pallet trucks delivering superior performance in high-duty warehouse applications. Advanced XL3 bond technology ensures reliable attachment of the polyurethane tread to the precision-machined steel core, extending operational life and reducing downtime in demanding environments.
Specifications
Material & Construction
| Material | Polyurethane |
| Bond Technology | XL3 bond technology |
Part Numbers & Compatibility
| Manufacturer Part Number | KA 74879331-XL |
Additional Specifications
| Cut and Tear Resistance | Superior cut and tear resistance for high duty cycle warehouse applications |
Frequently Asked Questions
Q: What does the XL designation mean on the KA 74879331-XL?
A: The XL designation indicates an XL polyurethane compound and XL3 bond technology. The compound is harder than standard 95A, providing improved cut and tear resistance, while the bond technology enhances durability where the polyurethane attaches to the wheel core.
Q: How does the compare to standard 95A load wheels?
A: The 97A compound is harder than 95A, providing improved resistance to cuts, tears, and punctures. This makes the KA 74879331-XL suitable for demanding warehouse operations and abrasive or contaminated floors.
Q: What is the XL3 bond technology and why does it matter?
A: XL3 bond technology is an adhesive and mechanical bonding system that attaches the polyurethane tread to the wheel core. Its bond strength helps reduce the risk of tread separation and supports durability in demanding applications.
Q: What material is the KA 74879331-XL made from?
A: The KA 74879331-XL is a polyurethane wheel for electric lift truck applications. Polyurethane provides resistance to cuts, tears, punctures, and abrasive operating conditions.
Q: When should the KA 74879331-XL be used as a replacement part?
A: Use the KA 74879331-XL as a replacement wheel for compatible electric lift truck applications. Confirm the equipment model and serial range before ordering to help ensure compatibility.
