Product Description
Ultra-polyurethane load roller assembly for Multiton manual pallet jacks; steel hub, super-duty construction, compatible with TM models. Part number MU 91619-A-SUPER and cross-reference equivalents ensure correct fit and performance.
Compatibility: Fits pallet jacks made by Multiton, model TM. Part number: MU 91619-A-SUPER
Specifications
Material & Construction
| Material | Ultra-polyurethane on steel hub |
| Construction Type | Super duty |
Part Numbers & Compatibility
| Make | Multiton |
| Model | TM |
| Manufacturer Part Number | MU 91619-A-SUPER |
| Cross-Reference Part Numbers | Supersedes MU 91619-A, equivalent MU 91619-A-D-SUPER, replaces MU 91619-A--SUPER |
| Compatible Equipment | Multiton TM manual pallet jacks |
| Part Number | MU 91619-A-SUPER |
| Compatibility | Fits pallet jacks made by Multiton, model TM, |
Wheel Dimensions
| Outside Diameter | 3 in |
| Width | 3.875 in |
Additional Specifications
| Hub Material | Steel |
| Tread Hardness | 70 Shore D |
| Intended Use | Replacement load roller for manual pallet jacks in warehouse and material handling environments |
Frequently Asked Questions
Q: Which Multiton pallet jack model is this part compatible with?
A: This part is compatible with Multiton TM, manual pallet jacks.
Q: What material is used for the tread?
A: The tread is made from ultra-polyurethane, which offers durability and resilience for demanding warehouse environments.
Q: How do I know if this part is the right replacement for my pallet jack?
A: This part serves as a direct replacement for older Multiton parts, including the MU 91619-A and MU 91619-A--Super. It is equivalent to the MU 91619-A-D-Super and provides a higher-performance upgrade.
Q: What is the construction of the hub?
A: The hub is made from steel, providing structural rigidity and support for the rotating ultra-polyurethane tread.
Q: What are the benefits of using ultra-polyurethane treads?
A: Ultra-polyurethane treads offer extended wear life and superior performance on various warehouse floor surfaces, making them ideal for continuous use in demanding environments.
