Versatility is one of many key attributes that a great tire must possess. In the case of Mitas, their tires adapt to various conditions easily, providing the needed performance, durability, and safety for success. Let us talk about the Mitas TI-12 which is a strong model suitable for both industrial and agriculture machinery.
First of all, the Mitas TI-12 features a wide footprint that grants better surface contact for maximum traction. The optimal width helps to evenly spread load pressure on the surface, thus promoting high flotation for safe and productive agriculture work. Next, the solid lugs grant excellent grip for smooth movement and stability. Besides, their directional placement is suitable for a wide range of terrain conditions, from loose soil to hard gravel. Additionally, the overlap design at the center of the tread provides steering accuracy for stressless navigation across fields or sites.
What's more, the Mitas TI-12 benefits from robust sidewalls that shield the rim from side impacts and upgrade the load capacity of the tire. Combined with the tubeless structure that offers a safe fit of the rim to prevent air leaks, they improve durability and allow for a wide range of uses. Thanks to its construction, a single tire can support up to 12,800 lbs, depending on the size. Also, the high void ratio keeps the footprint clean of ground elements at all times to reduce the risk of skidding on slippery surfaces. At last, this model is available on the US market in some popular sizes like 500/45-20, 500/60-22.5, and more.
Features and benefits
- Innovative tire crafted for industrial and agriculture machinery.
- High void ratio prevents clogging and skidding by throwing ground elements away.
- Solid lugs offer excellent traction and surface grip, regardless of conditions.
- Open shoulders grant stability when steering or taking sharp turns.
- Robust sidewalls shield the rim from side impacts and elevate the maximum load capacity.
- Optimal tread width promotes high flotation by evenly spreading weight pressure on the surface.
