Product Description
Entry roller for Hu-Lift HP25L manual pallet jacks. Features polyurethane tread bonded to steel hub with sealed ball bearing for smooth fork entry during load engagement. Direct replacement equivalent to Global 334475, engineered for continuous-duty material handling applications.
Compatibility: Fits Hu-Lift HP25L manual pallet jacks.
Specifications
Material & Construction
| Roller Material | High-durability polyurethane bonded to steel hub |
| Hub Material | Machined carbon steel |
| Polyurethane Hardness | Shore D 70 nominal |
Dimensions & Specifications
| Bearing Type | Sealed ball bearing |
Part Information
| Part Number | HL F108 |
| Cross-Reference Part Numbers | Equivalent to Global 334475 |
| Compatible Models | Hu-Lift HP25L manual pallet jacks |
Performance
| Service Factor | 1.0 continuous for manual pallet jack usage |
Frequently Asked Questions
Q: What is the HL F108 entry roller?
A: The HL F108 is an entry roller for Hu-Lift HP25L manual pallet jacks. It features polyurethane tread bonded to a steel hub, and includes a sealed ball bearing for smooth fork entry during load engagement.
Q: Which pallet jacks are compatible with the HL F108?
A: The HL F108 is a direct fit replacement for Hu-Lift HP25L manual pallet jacks. It is equivalent to Global part number 334475.
Q: What are the dimensions of the HL F108?
A: Verify these dimensions match your equipment before ordering.
Q: What materials are used in the HL F108 construction?
A: The HL F108 features high-durability polyurethane tread bonded to a steel hub. A sealed ball bearing enables smooth rotation and reduces friction in continuous-duty material handling applications.
Q: Is the HL F108 equivalent to any other roller part numbers?
A: Yes. The HL F108 is a direct equivalent to Global part number 334475. If your pallet jack originally used that Global part, the HL F108 is the correct replacement.
Q: How durable is the HL F108 in continuous use?
A: The HL F108 is designed for continuous-duty material handling. The sealed ball bearing reduces friction and extends component life. Actual lifespan depends on load frequency, surface conditions, and maintenance practices.
