Pirelli Cinturato Velo TLR Folding Road Bike Tyre, Clincher, 700 x 28c, Black, Reflective Sidewall

• Cinturato Velo is the tubeless-ready clincher tyre from Pirelli, crafted around protection and comfort, without compromising performances.
• Armour Tech construction combines various components, in order from inside to outside, which add to the 60 TPI Nylon casing underneath
• High density Nylon layer from bead to bead, which protects against cuts as well as improved stability at low pressure riding and contribute to make the carcass air tight when used with liquid sealant
• Reflective sidewalls increase safety at night and in low light conditions. Tubeless-ready. Good rolling resistance. Dry & wet grip.Supreme comfort. Excellent puncture protection. Mileage longevity
• Weight 350g. Casing 60TPI.

Cinturato Velo is the tubeless-ready clincher tyre from Pirelli, crafted around protection and comfort, without compromising performances. Reflective sidewalls increase safety at night and in low light conditions Pirelli’s experience and the reliability of SmartNET™ Silica technology combined with the tubeless-ready comfort and the resistance of the Armour Tech™ technology facilitated the creation of a new clincher tyre with a unique DNA, perfect for long-distances and various terrains. Armour Tech™ construction (patent pending) combines various components, in order from inside to outside, which add to the 60 TPI Nylon casing underneath: High density Nylon layer from bead to bead, which protects against cuts as well as improved stability at low pressure riding and contribute to make the carcass air tight when used with liquid sealant High density waved aramid fiber breaker belt placed underneath the tread, which provides protection against punctured and sharp object cuts. Aramid fibres dispersed into the tread rubber compound (SmartNET™ Silica) in two layers: an outer one (cap) which grants performances (dry & wet, mileage, contact feeling), an inner one (base) which, thanks to an higher gradient of those fibrils, slows down the penetration of foreign bodies towards underneath layers