Грузовые шины Sailun S629

The Sailun S629 cargo tire is designed for installation on the steering axle of trucks and buses. The model is characterized by versatility in application, as it can be used on both high-speed highways and regional roads with good road surface quality. It stands out for its fuel efficiency, long service life, and stable traction properties.

Increased number of lamellas

One of the main features of the tread pattern design is the increased number of lamellas for such tires. Narrow slits are located not only transversely, but also longitudinally. This solution made it possible to significantly improve the traction properties on wet surfaces, as well as resistance to aquaplaning.

Large contact patch area

The tread profile has a shape that makes the contact patch with the road surface as wide as possible, and under load, it becomes almost square. This made it possible to improve several operational properties at once. First of all, it's the traction properties and resistance to uneven wear. Such a contact patch very evenly distributes the load from the weight of the vehicle over the road surface.

Zigzag-shaped protrusions in drainage grooves

On the bottom of the longitudinal drainage grooves, there are special zigzag-shaped protrusions that stretch along the entire circumference of the tread. These elements perform several functions at once. One of them is the ejection of stones stuck in the tread, which reduces the risk of its damage. In addition, such protrusions additionally increase the resistance of longitudinal ribs to deformation, which further increases the speed and accuracy of the tire's response to the driver's actions.

Key features of Sailun S629

- numerous lamellas enhance traction on wet surfaces;
- increased size and square shape of the contact patch improve tire efficiency on dry surfaces, prevent uneven wear;
- zigzag-shaped protrusions on the bottom of longitudinal grooves increase reliability and improve handling;
- vertical grooves on the sidewalls reduce tire heating during high-speed driving.