235/45R20 Michelin X-Ice Snow SUV 100H XL DOT

TheMichelin X-Ice Snow 235/45 R20 is one of the best premium-class Scandinavian-style winter tire models, available in more than 120 sizes. It is suitable for 85% of today’s passenger cars. This model stands out for its excellent traction on snow and ice.

The model’s safety in winter conditions and its compliance with countries that require seasonal tire changes are confirmed by the 3PMSF symbol—a snowflake on a mountain with three peaks.

235/45 R20 Key features of the Michelin X-Ice Snow:

–One of the best soft-compound tire models in the world;

– A completely redesigned tread pattern with an increased number of blocks and wide drainage grooves improves performance on snow and slush;

– A hybrid sipe system provides excellent traction on icy and snowy road surfaces;

– New Flex-Ice rubber compound technology increases traction on slippery surfaces and prevents tread wear caused by heat buildup.

Key features of the X-Ice Snow:

The main external difference between this model and its predecessor is the tread pattern design. While retaining the V-shaped layout, the tread blocks have been made smaller, their shape has been modified, and their number has been increased. This has significantly improved directional stability and enhanced braking performance on snow-covered surfaces.

Another significant innovation is the use of two types of sipes—a hybrid sipe system. Both 3D sipes and U-shaped sipes are used; these are located in the shoulder areas and improve handling and traction on slippery surfaces during maneuvers. They remain fully intact even when the tread is nearly completely worn down, allowing the tires to deliver excellent performance for much longer. Meanwhile, the 3D sipes significantly improve performance on ice and help dry the tire’s contact patch with the road.

TheMichelin X-Ice Snowtread is made from a rubber compound featuring the latest-generation Flex-Ice technology. This has significantly increased the tires’ wear resistance and allows them to maintain both their flexibility at extremely low temperatures and their shape when exposed to high temperatures.