Backhoes are the multitasking marvels of construction, but without the proper tires, their efficiency can plummet. Let's unravel the significance of choosing the right ones. We present the Samson I-3C, which is a wide base drive position model designed for backhoe loaders involved in various industrial jobs.
Primarily, the Samson I-3C has a wide footprint to evenly spread load stress on the surface, thus boosting flotation and upgrading the load capacity. It works together with the robust sidewalls to elevate the weight capability, allowing a single tire to withstand up to 13,200 lbs, depending on size and pressure. In addition, the sidewalls protect the wheel from impacts, preventing damage and downtime. Next, the directional tread pattern offers the best traction and stability on various surfaces. The angled lugs improve grip and handling accuracy, securing a responsive and balanced ride. Moreover, the optimized void ratio throws mud and debris away from the footprint.
Thanks to its large channels, the Samson I-3C ensures high safety and self cleaning in harsh conditions. This also combats uneven wear across the tread, promoting a long service life. In addition, the overlapping blocks boost stability and minimize ground compaction. An open shoulder design improves the cornering ability, helping you easily take sharp turns. The tire's rubber compound lowers fuel usage and minimizes chips and cuts to increase tread life. A tubeless build combats pressure loss issues by securing a tight rim fit. At last, this model is available on the US market in many sizes with rim diameters from 15.5" up to 26.5".
Features and benefits
- Amazing industrial tire designed for backhoe loaders.
- Wide base evenly spreads load pressure on the surface to elevate the load capacity.
- New rubber compound minimizes wear and cuts fuel usage.
- Directional tread pattern with blocks offers great traction and stability.
- Optimized void ratio keeps the patch clean of ground parts to increase safety.
- Tubeless build secures a tight rim fit to prevent pressure loss.
