Hankook W320A i cept Evo2

The presence of the letter A in the index of this model is due to its scope of application. The winter non-studded tire Hankook I cept Evo2 SUV W320A is designed for SUVs and crossovers. Being one of the novelties from one of the leaders of the world tire industry, it differs in very high operational characteristics, which is due to the use of the most modern technologies and materials in its design.

Asymmetric Tread Pattern

Unlike other representatives of the i cept line, this model is equipped with an asymmetric tread pattern, divided into several functional zones. In particular, its outer part provides improved traction on snow. This is ensured by the edge effect created by numerous and at the same time very extended traction edges. In turn, the inner part of the tread is responsible for the stability of the traction properties and stability at high speed when driving in a straight line.

Optimized Compound

Most of the advantages of this tire are provided by the tread rubber compound. Due to its unique composition, it gives a number of important properties. First of all, this is a reliable grip on snow and wet asphalt, as well as reduced rolling resistance.

"Hybrid" Carcass Construction

Another interesting feature of this model is the so-called "hybrid" carcass construction. It consists of several cords, only one of which contains a steel cord. All other cords use synthetic materials. In combination with the seamless winding technology of the cords, this gives the tire resistance to deformation, mechanical strength, and also a small weight.

Main Features of the Hankook W320A i cept Evo2 Tire

- an asymmetric tread pattern with several functional zones gives the tire high performance on any winter roads;
- an optimized rubber compound improves traction on wet and snowy roads, provides increased resistance to wear and reduced rolling resistance;
- a multi-layered carcass construction, due to the widespread use of synthetic materials, is characterized by high mechanical strength and low weight.