Evergreen EW66

The Evergreen EW66 winter tire is extremely popular among passenger car owners. Advanced technologies and the best materials were used in the development of this model. Meticulous quality control of the entire production process has minimized the risk of defective products reaching the consumer. The tire is characterized by excellent handling and excellent reliability.

Reinforced carcass

Very often, during the operation of passenger tires, they are subjected to overloads, as a result of which cracks and damage occur. To prevent these negative phenomena, a reinforced carcass was used in this model. In the development of the Evergreen EW66, an improved method of cord winding was used, which increased the strength of the carcass and also reduced its weight. The use of a durable steel ring in the central part of the tread made it possible to prevent possible tire ruptures. The steel ring also made the central part more rigid, which had a positive effect on stability when driving in a straight line.

Unusual tread design

When creating the tread pattern, a computer modeling method was used, which made it possible to select the optimal arrangement of blocks over the entire surface of the tire. To increase stability when cornering, the shoulder area was strengthened, which also reduced the number of lateral damages. Three deep channels quickly remove snow, water, and dirt from the contact area, minimizing the possibility of aquaplaning. A large number of notches and cuts increase stability on icy surfaces and reduce the sound effect when driving. Even on strong ice, the tire provides excellent stability and confident handling. Sharp lugs prevent possible wheel slippage, increasing speed and braking parameters.

Main features of the Evergreen EW66 tire

- excellent directional stability and quick response to steering wheel turns are achieved due to the increased stiffness of the central part of the tread;
- increased traction with any road surface is provided by a new drainage system consisting of various channels and grooves;
- reliable protection against lateral damage and excellent stability during maneuvers is achieved due to the strengthening of the lateral area;
- an increased contact patch and maximum traction with the road surface were achieved by using the optimal arrangement of tread blocks.