Product Description
LOAD WHEEL 97A
Frequently Asked Questions
Q: What does the 97A durometer specification mean for the SU S2353-XL?
A: 97A Shore A durometer indicates a very hard polyurethane compound designed for maximum abrasion resistance and extended wear life. The 97A compound is harder and more durable than 95A wheels but may offer slightly less grip and a rougher ride. Use 97A wheels in extreme heavy-duty environments with frequent use and highly abrasive floor surfaces.
Q: Should I use SU S2353-XL 97A or a 95A wheel for my application?
A: Choose 97A if you operate in high-volume warehouses with rough or uneven floors where wheel wear is rapid. Choose 95A if your environment has smooth floors or moderate use, as softer compound provides better grip and smoother operation. The 97A compound lasts longer but at the cost of slightly reduced traction. Consult your equipment manual for recommended hardness.
Q: Is the SU S2353-XL compatible with all electric lift truck models?
A: The SU S2353-XL is designed for select electric lift truck models. XL designation may indicate a larger diameter or different bore size. Verify axle bore diameter, wheel diameter, and frame compatibility with your truck manual before ordering. Using an incompatible wheel causes binding, misalignment, and bearing failure.
Q: How much longer does the SU S2353-XL 97A last compared to a 95A wheel?
A: In heavy-duty applications, the 97A compound can extend service life by 30 to 50 percent over 95A wheels depending on floor conditions and load patterns. Typical 95A wheels last 12 to 24 months; 97A wheels may reach 18 to 30 months. Actual lifespan varies significantly based on usage intensity and environment.
Q: Can I replace a 95A wheel with the SU S2353-XL 97A wheel?
A: Yes, you can replace a 95A wheel with the 97A SU S2353-XL if they have the same diameter, axle bore size, and mounting configuration. The harder compound offers longer wear, but verify dimensions match to prevent fitment issues. Replace wheels in pairs to maintain balanced operation and even weight distribution.