Грузовые шины Taitong HS268

The Taitong HS268 truck tire stands out due to its wide range of applications, thanks to its ability to be used on any axis of trucks and buses. It features a universal symmetrical non-directional tread pattern, demonstrating excellent efficiency under any road and weather conditions. Other notable features of this model include very low operating costs, due to reduced rolling resistance and a very long service life.

Universal tread pattern

When developing this model, great attention was paid to ensuring maximum performance under various operating conditions. That's why it's equipped with a symmetrical non-directional tread pattern featuring four longitudinal ribs. Two of them make up the central part of the tread pattern, and the other two represent its shoulder areas. However, regardless of their location, each of these elements features a solid, uninterrupted design, providing them with excellent resistance to dynamic deformation. This allows the tire to demonstrate not only low rolling resistance but also excellent directional stability and high maneuverability when installed on the steering axis.

Excellent traction in the longitudinal direction

Despite the absence of individual blocks, the contact patch of this tire has a sufficient number of traction edges. They are formed by the zigzag shape of the longitudinal ribs in the central part of the tread, as well as by numerous notches on the outer side of its shoulder areas. All this enables the tire to confidently accelerate and brake, especially on wet roads.

Key features of Taitong HS268

- excellent universality due to the possibility of installation on any axis of trucks and buses;
- four rigid longitudinal ribs provide low rolling resistance and excellent directional stability;
- excellent traction properties thanks to numerous traction edges formed by the zigzag shape of the central longitudinal ribs and numerous notches on the outer side of the shoulder areas;
- the reinforced design of the shoulder areas contributes to increased load capacity and resistance to uneven wear and impact loads, also giving stability and reliability to handling.