iLINK Smarttour E1

Commercial tire usage is always a compromise between tread life, load capacity, and fuel efficiency. The iLINK Smarttour E1 model resolves this triad without sacrificing traction properties. It is designed for operation on any asphalt surfaces — from federal highways to urban highways. This is a tire where every element of the tread and compound is calculated for abrasive wear, punctures, and overloads.

Structure

The longitudinal grooves of the tread are made straight. They perform several functions. First, drainage, accelerating the evacuation of moisture from the contact patch. Second, they optimize the thermal balance, preventing the tire from overheating during prolonged driving.

In the central zone, unidirectional semi-grooves and notches are applied. Straight lamellas increase traction on wet roads, and also serve as drainage elements. The result:
- excellent traction when starting and braking on a wet road;
- clear track holding.

Closed "shoulders"

The massive shoulder ribs have a closed structure. Such geometry is not accidental. When maneuvering and driving on worn asphalt, the shoulders work in the most severe conditions. Their shape increases the contact area of the sidewall tread, distributing the load. This provides a predictable response to steering wheel rotation at full cargo weight and minimizes step wear.

Abrasion resistance and low rolling resistance

The rubber compound recipe is reinforced with a polymer matrix with a high natural rubber content. This provides increased load capacity, resistance to punctures and cuts, and fuel efficiency

Main features of iLINK Smarttour E1:

- a tire for light commercial vehicles with improved wear protection;
- longitudinal grooves reduce the risk of aquaplaning by disrupting the water flow;
- lamellas in the central part improve traction properties on a wet surface, while maintaining block stiffness and not disrupting handling on a dry road;
- closed shoulder structures guarantee comfortable handling when maneuvering with a full load, actively preventing uneven wear on the edges of the tread.