Description Yatai A198
Summer tire Yatai A198 is specially designed for use on the driving axle of trucks operating in the most severe conditions (on construction sites and in quarries). In the development of the tire, specialists focused on passability and reliability. To achieve this, the latest technologies and materials were used.
Aggressive tread pattern
The aggressive tread pattern provides maximum reliability and passability. Massive blocks have sharp mud grips, providing increased traction. Wide channels quickly remove dirt and water, as well as prevent stones from getting stuck in the tread. Due to this, even when working in quarries, the tire has increased passability and excellent handling. Massive shoulder blocks increase stability during maneuvers, also providing reliable protection against damage and punctures that often occur on construction sites and in quarries. The increased contact patch increases stability during straight-line movement.
Reinforced carcass
When working in quarries or on construction sites, the tire is constantly subjected to increased loads and has a high risk of damage. To avoid this, specialists created a reinforced carcass. It is made using a special technology and consists of four layers of durable cord and special steel rings. As a result, the tire copes well with increased loads and has a minimal percentage of damage.
New rubber compound
When working in harsh conditions, the tread of the Yatai A198 tire wears out quickly and various damages appear. The high silicon content in the rubber compound has increased the wear resistance of the tread, which has contributed to an increase in mileage even when operating in harsh conditions. Also, the new rubber compound has increased the elasticity of the tire, which has increased the recoverability of the tread.
This model meets all world standards for quality and environmental friendliness.
Main features of Yatai A198
- maximum protection against damage and the ability to withstand increased loads is achieved through the use of a reinforced carcass and massive blocks in the shoulder area;
- excellent passability and handling on any road surface are provided by an optimized tread pattern;
- reduced fuel consumption during movement is achieved due to reduced wheel slippage.