On some markets, the Nexen N7000 passenger tire is positioned by the South Korean manufacturer as an all-season model, which testifies to its outstanding capabilities. They appeared due to the use of a number of advanced developments in its design, which gave it excellent performance even in the most difficult road conditions.
Harmonious tandem of rubber compound and tread pattern
Most of the technologies used in this model, to a greater or lesser extent, have similar functionality, enhancing or complementing their action on various operational properties. The tread pattern has a symmetrical directional design with a V-shaped arrangement of elements. Its characteristic feature is excellent traction on slippery roads and increased wear resistance. The same properties distinguish the rubber compound of the tread. Its composition is more than half made up of silica. This component increases traction on wet roads, while providing high resistance to any type of wear.
High level of comfort
The tire has increased elasticity of the tread. Due to this, it demonstrates a very soft ride. In this regard, it is impossible not to note the presence of a large number of lamellas, cut into almost all tread blocks. When contacting the road, they not only form a multitude of additional traction edges, but also change the shape of the blocks in a certain way. Thanks to this, they not only significantly increase the size of the contact patch, but also get the opportunity to dampen a significant part of the shock impact from road irregularities. As a result, the tire demonstrates not only improved traction, but also softness of the ride.
Main features of the Nexen N7000 tire
- comfort due to lamellas and multi-step arrangement of blocks, giving the tire a softness and low noise level;
- excellent directional stability at high speed, handling agility due to the V-shaped tread pattern with a rigid longitudinal rib in the center;
- excellent traction on wet roads is provided by a compound with a high silica content and an efficient drainage system.
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