Pirelli Ice Zero 225/60 R17 103T winter Отзыв

Pirelli Winter Ice Zero car tires are one of the best developments of the Italian tire concern. It combines advanced technologies designed to improve handling and vehicle dynamics on snowy and icy roads. The unique design of the studs with pointed tips significantly increases the vehicle''s flotation on ice and prevents uncontrolled skidding. Increased lamella density Compared to previous generations of Pirelli tires, this model has a denser arrangement of sipes on the tread area. The total number of these functional elements is increased by almost 20%. A characteristic feature of the tire is that in the central part of the tread the lamellae are located at different angles relative to each other, forming a V-shaped pattern. Thanks to this arrangement, the tire confidently holds the road in both longitudinal and transverse directions. Pirelli Dual Stud technology The studs used in the Pirelli Winter Ice Zero winter tires are of a composite design. They use double elongated cores. The tips of the spikes are made from a hardened metal alloy - tungsten carbide. This material is able to withstand enormous loads, so that the tips of the spikes do not deform and do not wear out during prolonged intensive use. Innovative studding provides maximum safety when driving in icy and snowy conditions. Thanks to her, the car in such conditions remains the same controllable and dynamic as on a dry road surface. The spikes prevent the wheels from slipping on the ice crust and densely packed snow, so the car owner does not risk getting into an accident due to loss of control on a slippery track. Modified composition of the compound Unique additives based on high molecular weight polymers have been added to the rubber compound. These components enhance the interatomic bonds between the particles of the compound, and also ensure the constant elasticity and elasticity of the rubber. Therefore, tires do not stone even during a sharp cold snap, down to -30 ̊C. They remain soft and flexible at any temperature, while maintaining their grip and traction characteristics.