E8

The inside and outside asymmetric pattern design.the inside fine pattern groove can effectively cut the water film, increase the contact area between the rubber and the ground, and the outside huge tire shoulder pattern design can effectively reduce the creep between the pattern blocks, thereby improving the control accuracy.
Five pattern pitch design, using simulation optimi-zation arrangement, effectively reduce the noisegenerated during the driving process-asymmetricmulti-angle three-dimensional pattern design,reasonable dispersion of dynamicvibration,reduce noise.
The solid central rib and the closed pattern design of the tire shoulder improve the formal stability and cornering performance of the tire. At the same time, through finite element simulation, the contour design is optimized and the pressure is evenly distributed, so that the wear is uniform and the driving is more stable.
Innovative and advanced tread formulations and special mixing materials provide tires with goodwear resistance, oil savings and wet and dry grip