UHP

PCR Tire Ultra High Performance (UHP) Denki 614 Application Specially designed for electric cars Characteristics 1. Variable pitch design will effectively reduce noise, while asymmetric pattern ensures drainage property and excellent cornering. 2. Smooth transition of grooves prevents cracking at groove bottom. 3. Unique tread compound can efficiently reduce rolling resistance, increase battery life and be more environmentally friendly. Tire Specifications Need Help? We’re Tire Experts Contact Us

PCR Tire Ultra High Performance (UHP) KAZE 612 Application For various passenger cars Characteristics 1. Optimized combination of pitch design will effectively reduce noise and enable quiet driving experience. 2. High density sipes design can improve the handling and braking performance. 3. Continuous strip design at the center and reinforcing ribs at the bottom of pattern groove undergird the handling stability. 4. High-density zigzag grooves and the groove integration are good at water draining which enhance the performance under wet condition. Tire Specifications Need Help? We’re Tire Experts Contact Us

PCR Tire Ultra High Performance (UHP) KAZE 611 Application For various passenger cars Characteristics 1. The portfolio of four wide circumferential grooves and transverse grooves can ensure excellent drainage. 2. Geometric chamfering design proves to be able to prevent the curling effect of the pattern block during braking, and effectively increase the footprint; the pattern edge of the geometric chamfering design can scrape off the water film and lessen the braking distance. 3. Rib-shaped block design makes the tire exert great handling and effectively ensure safety, hence improving traction and excellent driving experience. Tire Specifications Need Help? We’re Tire Experts Contact Us

PCR Tire Ultra High Performance (UHP) P-Optimal 601 Application For high performance cars Characteristics 1. Asymmetric pattern design provides excellent traction performance on curve road, good handling and ideal water drainage property. 2. Optimized pitch width and permutation and the pitch displacement proves effectively well in reducing the noise. Tire Specifications Need Help? We’re Tire Experts Contact Us