Winter NesyPatable Cordiant Winter Drive 2 195/60 R15 92T

Cordiant Winter Drive 2 winter tire, like the previous model, is suitable for almost any modern light car. And in the same way, the selection of its operational properties is aimed at achieving maximum efficiency in an aggressive variable road environment in cities. In any weather conditions, it provides both safety and comfort in driving, differing in the stability of the adhesion properties and accuracy in control.

The running part of the tread is made of a rubber mixture obtained using Smart-Mix technology. Such a compound contains silicon dioxide and rapeseed oil, due to which the tread remains elastic at low temperatures. As a result, the tire literally sticks to the smooth icy surfaces. In addition, these components significantly increase the resistance of the tread to mechanical damage, abrasive abrasion and prolonged heating.

The directed protective pattern contains a continuous rib in the center with a complex form of V-shaped segments. They increase exchange rate stability at high speed. At the same time, the stiffness and monolithic of the rib reduces the resistance of rolling and wear. The blocks located next to it, forming elongated transverse gear edges, allow you to intensively accelerate and slow down in the snow. The effectiveness of the tread on a slippery and smooth surface is provided by several thousand lamellas with 3D-strokes. The three -dimensional profile of the vertical walls of the slots, giving the blocks stiffness, make the controllability more predictable and reliable.

Advantages:

- a rubber mixture with rapeseed oil and silicon dioxide provides the protector with optimal hardness at negative temperatures, resistance to damage, abrasive wear and prolonged heating;

-V-shaped segments in the longitudinal rib in the middle increase the course stability and accuracy in controlling on a slippery surface;

-the lamellas increase the clutch on the rolled snow and ice, and their “3D-strokes” stability and accuracy in controlling on such surfaces.