Product Description
Dayton DA B35-N-97 is a nylon load roller assembly with bearings, designed for Dayton 4YX97 material handling equipment, providing rolling contact and bearing reduction for load transfer in manual pallet jack applications.
Compatibility: Fits pallet jacks made by Dayton, model 4YX97. SKU: DA B35-N-97
Specifications
Category
| Primary Application | Material handling equipment |
Compatibility
| Compatible with Model | 4YX97 pallet jack (Note: No cross-reference model number found in search results) |
Material & Construction
| Roller Material | Solid nylon |
Part Numbers
| OEM Part Number | DA B35-N-97 |
Frequently Asked Questions
Q: What is the DA B35-N-97 nylon load roller assembly and what does it fit?
A: The DA B35-N-97 is a solid nylon load roller assembly with integrated bearings designed for Dayton model 4YX97 pallet jacks. It provides rolling contact and bearing support for load transfer in manual material handling applications.
Q: What are the advantages of the nylon construction in the DA B35-N-97?
A: Solid nylon provides lightweight construction, corrosion resistance, low noise operation, and good wear characteristics. Nylon rollers are ideal for general warehouse applications and work well on multiple floor types without damaging equipment or flooring.
Q: How does the DA B35-N-97 compare to steel load roller assemblies?
A: The DA B35-N-97 nylon assembly is lighter and quieter than steel alternatives, offers better floor protection, and resists corrosion. Steel rollers provide greater load capacity and durability in extreme-duty applications. Choose based on your environment, load requirements, and floor surface conditions.
Q: What bearing type does the DA B35-N-97 use?
A: The DA B35-N-97 features integrated precision bearings designed to provide smooth rolling with minimal friction. These bearings are factory-sealed and matched to the nylon roller specifications for reliable performance.
Q: Is the DA B35-N-97 suitable for cold storage operations?
A: Nylon rollers perform well in cold storage environments and maintain flexibility at low temperatures better than some alternative materials. Verify bearing compatibility with your specific temperature range if you operate in extreme cold applications.