Product Description
Poly Drive Tire X Groove
Specifications: 10.000 inch diameter x 4.000 inch width (10.000" x 4.000" | 10 x 4.00 wheel | 10 x 4-0/0 | 254.00mm x 101.60mm)
Specifications
Wheel Specifications
| Outside Diameter (in) | 10.000 |
| Width (in) | 4.000 |
| Outside Diameter (mm) | 254.00 |
| Width (mm) | 101.60 |
| Drive Tire Profile | Smooth Flat |
| Tread Style | X-Groove |
| Material | Polyurethane |
Frequently Asked Questions
Q: How does the X-Groove tread pattern compare to smooth flat tires?
A: The X-Groove pattern on the SU 10X4X6.5-SF-P-XGROOVE provides better water drainage and traction on wet floors compared to smooth flat tires. Use the X-Groove variant if your warehouse has wet cleaning areas, dock ramps, or outdoor loading zones. Smooth flat tires are better for dry, smooth concrete.
Q: What is the material and hardness of the SU 10X4X6.5-SF-P-XGROOVE?
A: The SU 10X4X6.5-SF-P-XGROOVE is made of industrial-grade polyurethane. Exact hardness (Shore A rating) is not specified in standard documentation, but X-Groove polyurethane tires typically run 80A-85A hardness. Request the hardness spec from your supplier to confirm compatibility with your specific application.
Q: Is the SU 10X4X6.5-SF-P-XGROOVE a press-on tire?
A: Yes, the SU 10X4X6.5-SF-P-XGROOVE is a press-on design for 6.5 inch mounting bore. Installation requires a tire press; do not attempt manual installation. The X-Groove pattern does not affect pressing difficulty.
Q: What OEM part numbers does the SU 10X4X6.5-SF-P-XGROOVE replace?
A: Specific OEM cross-references for the X-Groove variant are not listed in standard catalogs. Confirm with your truck manufacturer (Yale, Toyota, Nissan, etc.) whether they approve X-Groove tires as a replacement for original smooth-tread tires. Some OEMs restrict tread patterns for warranty reasons.
Q: Does the X-Groove pattern affect load rating or speed limits?
A: The load and speed rating should be the same as the smooth flat version (1840 lbs at 6 MPH for comparable 10x4x6.5 polyurethane tires). However, request written confirmation from the manufacturer, as tread pattern can influence heat dissipation and thus load capacity in continuous-use scenarios.