Summer tire Infinity LL56 is designed for cargo vehicles operating in any conditions. When creating the tire, special attention was paid to stability and handling, so a new tread pattern with optimal block arrangement was used.
Optimized tread pattern
When creating the tread pattern, computer modeling was applied, which made it possible to achieve the optimal arrangement of blocks over the entire surface of the tire. They have sharp edges, which increases traction with any road surface. The new system of water drainage channels performs its functions perfectly, quickly removing water and dirt from the contact zone, minimizing aquaplaning. A large number of small channels and cuts increase the comfort of the ride, while reducing the sound effect. The shoulder area is made of a thicker rubber layer, which prevents possible side damage and increases stability when cornering. Reduced rolling resistance has reduced fuel consumption while driving and increased stability when driving at high speeds.
High-strength carcass
This model has a high-strength carcass. It is made using a new cord winding technology, which winds more securely, and at the same time uses the most durable materials. Special steel rings prevent tread rupture and increase stability when driving in a straight line. The new carcass design has contributed to a more even distribution of pressure inside the tire, which has increased the contact patch and minimized the risk of uneven wear, increasing the service life of the tire.
The tire undergoes thorough visual and electronic quality control, so it fully meets all world standards and norms.
Main features of the Infinity LL56 tire
- reduced fuel consumption was achieved due to the reduction of the rolling resistance coefficient;
- increased reliability is provided by the new carcass, which also had a positive effect on the service life of the tread;
- excellent handling and stability were achieved due to the optimal arrangement of blocks over the entire surface of the tire;
- excellent traction characteristics were achieved due to the use of a branched system of lamellas.
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