Pirelli Citynet L4

The Pirelli Citynet L4 all-season tire is designed for commercial vehicles used in delivery and logistics services, primarily in urban environments. The model is oriented towards stable operation at high mileage, high load, and frequent stops.

The tire's tread is made in a classic symmetrical design with four wide longitudinal ribs and a system of interconnected transverse grooves. This design provides even load distribution and stable traction on both dry and wet road surfaces. Thanks to the optimal profile of the blocks, the tire demonstrates confident directional stability even when the vehicle is fully loaded, and the increased tread depth ensures a long service life and resistance to wear.

An important technological feature of the model is the use of an armored breaker construction with an additional steel cord located under the tread. This layer strengthens the carcass, reduces the risk of deformation during maneuvering, and protects the tire from punctures and impact damage. It is worth noting the manufacturing technology, which was borrowed from the Italian brand's line of industrial tires for compact special equipment. This significantly increases the tire's mileage in heavy operating conditions, along with a reinforced sidewall with increased tread thickness.

The High-Durability Compound rubber compound contains new-generation polymer compounds and an increased proportion of silicon dioxide. This improves traction on wet roads, reduces rolling resistance, and promotes more even heating of the tire during prolonged operation. The silicon dispersion increases resistance to thermal aging, which is especially important for vehicles operating in dense urban traffic.

Key features of Pirelli Citynet L4:
- armored carcass construction with an additional steel breaker increases strength and resistance to deformation;
- High-Durability Compound with silicon dioxide content reduces rolling resistance and increases service life;
- reinforced sidewalls protect against mechanical damage and provide stability when transporting goods.