Dunlop Tyre ECO EC201 155/70 R12

Dunlop Tyre ECO EC201 155/70 R12

Dunlop Tyre ECO EC201 155/70 R12 tires are designed for compact car owners who like quiet and noise-free driving. Dunlop Tyre ECO EC201 155/70 R12 tires have the best combination of performance features. Driving safety is one of major attribute of Dunlop Tyre ECO EC201 155/70 R12. In its development, the second top attribute is the higher possibility of fuel saving after safety.

ECO EC201 155/70 R12 is Recommended for Following Cars

• Mehran
• Hijet
• FX
• Every Van
• Coure
• Bolan
• Alto 2002-2012

Reliability & Safety

Nylon outer breaker bands are designed in a way which helps to hold the tire’s tread at average and high speeds. This hold provides a safe contact of the tire with the road surface. In Dunlop Tyre ECO EC201 155/70 R12 grooves are designed in such a way that it provides a quick water evacuation from the contact area and thus improves hydroplaning resistance to a significant degree. This also increases the overall tire’s safety and provides reliable traction.

Efficiency & Durability

The tread compound used in Dunlop ECO EC201 155/70 R12 has been enhanced to reduce rolling resistance and lessen uneven wear. Hence this tyre has become uneven-wear resistant. These enhancements result in fuel efficiency and an increase in mileage.

Comfort

5-Pitch Technology balances vehicle disturbance while minimizing road and other moving noises. Five diverse block sizes help in creating various frequencies which break up sound waves, hence noise is significantly reduced and drivers can enjoy a quiet ride.

Dunlop ECO EC201 155/70 R12 tires are also environment friendly.

Innovative groove width and strong edges with the ruggedness of tread sections help in better traction during cornering and on wet surfaces. Uneven wear resistance is reduced by using Rounded edges of tread segments. Longitudinal grooves help in Effective water removal through its four longitudinal grooves. Tread segments are not subject to uneven tread wear so greater durability is achieved with the help of reduced uneven wear intensity.