The Kama NR 202 tire is designed for use on the rear axle of buses and trucks on asphalt, dirt roads, and off-road terrain in any season. This innovative all-steel cord tire is manufactured on modern equipment using high-quality raw materials in accordance with all international standards.
At all stages of production, from the production of parts to the finished product, thorough quality control is carried out. The original tread pattern of the Kama NR202, with extended grooves and a special rubber compound recipe, provides excellent self-cleaning from stones, snow, mud, and meltwater, as well as confident and reliable vehicle handling. Due to the inclusion of new components, such as silica and the best grade of technical carbon, in the rubber compound, the tire's elasticity has increased significantly, and its grip on the road has improved, while the braking distance has decreased.
The reinforced sidewall zone, combined with a unique carcass, perfectly protects the tire from external damage and allows it to cope well with increased loads. This model also has a low noise level.
The main advantage of this model is the all-steel cord carcass. During operation, it does not allow the tire to wear unevenly, which increases its service life. The tire has the possibility of repeated vulcanization, which increases the service life of the tread up to 500,000 kilometers. As you can see, the technology of this tire takes into account all the wishes of consumers who want to get a reliable, economical, and efficient tire.
Main features of the Kama NR202 truck tire
- A specially designed tread pattern with optimally located blocks provides excellent operational characteristics (excellent passability, confident handling, increased grip, etc.);
- The use of new components in the rubber compound has made it possible to improve the grip characteristics, reduce the braking distance, and make the ride more comfortable;
- A specially designed tire carcass has made it possible to increase its reliability, extend its service life, and provide excellent resistance to increased loads.
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