The Effiplus Epluto II winter tire is very popular among passenger car owners. This manufacturer is known for its technical innovations, which it uses in the production of tires. Therefore, the model is distinguished by its unusual tread, which provides confident handling on any road surface. The use of modern materials has made it possible to obtain excellent quality, fully compliant with all world norms and standards.
Reinforced frame
When operating the tire in winter conditions, it is constantly subjected to maximum loads, which become the cause of damage and cracks. To reduce them, a reinforced frame was used in this model. It is made of a special cord with increased strength, and a new winding technology was used. Due to this, the tire withstands significant loads without problems and has a minimal number of damages. The use of a special steel ring has minimized the risk of a possible tire rupture.
Updated tread design
The new tread design of the Effiplus Epluto II has a branched system of lamellas and blocks of various shapes. Three deep water-removing channels perfectly cope with their tasks, providing rapid self-cleaning of the tread, increasing its passability. To increase stability during maneuvers, a reinforced shoulder area was used, which also reliably protects the tread from lateral damage and punctures. All blocks have sharp ground-gripping edges that "bite" into any road surface, providing confident handling even in heavy snowfall. The new shape of the grooves has contributed to a reduction in the sound effect when moving, as well as providing a kind of "grip" on ice.
Main features of the Effiplus Epluto II tire
- The arrowhead design of the drainage channels provides rapid removal of meltwater and water from the tread, preventing aquaplaning;
- special wavy channels in the shoulder area reduce the braking distance and prevent the car from skidding during maneuvers;
- the new frame design and reinforced shoulder area provide reliable protection against punctures and damage;
- reinforced sidewalls increase stability against the centrifugal force that occurs when turning;
- reduced rolling resistance has reduced fuel consumption while driving and reduced the amount of harmful emissions.
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