Спецшины Tianli AG Radial Special R-1

Looking for reliable "shoes" for your equipment that works to the limit? Meet the Tianli AG Radial Special R-1 agricultural tire, where durability meets soil care. The model is designed to maximize the inter-tire interval for combines and other agricultural equipment. The secret to durability lies in the super-strength rubber compound, resistant to wear and aging, as well as in the innovative design.

Increased resource — special compound and optimized tread pattern provide exceptional wear resistance, extending the service life in heavy field conditions. Ideal traction and self-cleaning — special angle of inclination of tread elements creates a large contact patch for confident grip. Increased grooves effectively remove dirt and plant residues, preventing skidding.

Soil protection and sustainability — thanks to Improved Flexion (IF) technology, the tire operates at a lower pressure, significantly reducing pressure on the soil. This minimizes soil compaction, preserving its structure and fertility, especially on sensitive pastures and after fertilization. Low-profile efficiency — profile height and reinforced shoulder area provide excellent lateral stability and precise handling, reducing the risk of turf damage during maneuvers.

Universality and comfort — the design also reduces vibrations, increasing operator comfort during extended operations: from harvesting and plowing to transportation. The model is compatible with a wide range of equipment: from combines and spreaders to trailers, tankers, and fertilizer transporters. It is ideal for farmers and agricultural enterprises that value not only high performance and durability of equipment but also responsible land use.

Key features of Tianli AG Radial Special R-1:

- wide range of applications on agricultural equipment;
- increased degree of self-cleaning due to optimization of the distance between block structures;
- high-strength carcass, allowing operation with reduced internal pressure;
- optimization of soil impact intensity and preservation of its fertile properties.