Comforser CF720 245/40 ZR22 101W XL
Specifications
DescriptionDescription Comforser CF720 245/40 ZR22 101W XL
Comforser CF720 — a summer model for car owners who don't leave the asphalt. It was designed to provide maximum manageability and comfort on hard surfaces. The tire provides stable traction in dry and rainy weather, a clear response to the steering wheel, and acoustic comfort — a minimum of vibrations and noise even on rough asphalt. It is created for daily urban routes and track racing.
Contact Patch Architecture
Massive, ribbed tread blocks — the result of pressure distribution calculation. Here, the stiffness of the pattern elements was deliberately increased, and the longitudinal profile was optimized. This provides the following benefits:
- the contact patch becomes wider, and its front and rear edges are aligned by pressure — no "skidding" during sharp maneuvers;
- wear occurs evenly throughout the tread.
As a result — a predictable trajectory and excellent directional stability at any speed.
Victory over Hydroplaning
S-shaped lamellas, closing under load, form cutting edges. Their task is to instantly crush the water film. Note that their curved shape increases traction in lateral directions, which is critical during emergency braking and lane changes in the rain.
Rubber Compound
A special polymer matrix was developed for the tire. This gave:
- a 15-20% higher mileage than average analogs in the class;
- sharp stones and glass on the sides of the road are less likely to cause repairs;
- the sidewall and tread do not become "brittle" and do not develop a network of cracks even after many years of operation.
Key Features of Comforser CF720:
- a classic summer model for a wide range of cars;
- a developed ribbed structure with a solid central element guarantees precision and sensitivity of handling;
- numerous curved lamellas with a self-locking effect create up to 20% more gripping edges on wet surfaces compared to analogs;
- a monolithic arrangement of blocks and a flat longitudinal profile minimize rubber deformation in turns, slowing down abrasive wear by 10-12%.