The Rubino Control from Vittoria is a folding tire with a very robust construction, capable of handling the worst of road conditions, without sacrificing the performance the Rubino range is known for.

With full bead-to-bead tread wrap, cuts and punctures are dramatically reduced, and are reinforced with the PRB anti-puncture layer inside the casing. The Rubino Control also shares the exclusive 3C Graphene compound structure, long service life, puncture protection, sharp handling traits, and lightweight folding bead material of the Rubino Pro.

Specifications

• Reinforced sidewall for maximum resistance
• Specific Nylon casing designed for last-longing durability
• Functionalized GRAPHENE 2.0 compound allows for increased resistance
• 3 compounds in the tread (3C) for increased wear life, better rolling

• Use: all conditions
• Type: Folding
• Compound: GRAPHENE 2.0
• TPI: 60

• 23-622
• 25-622
• 28-622

• Black

• 23-622: 290g
• 25-622: 300g
• 28-622: 340g

Graphene
Graphene is a revolutionary material in the form of a wafer-thin, almost transparent carbon layer. In its most extreme form, it is only a single atomic layer thin (1 billionth of a meter).

The advantages of graphene:

• Huge surface: 1 gram = approx. 2,630 m2, available for all possible chemical processes
• High mechanical strength: approx. 200 times stronger than steel
• High thermal conductivity: more than twice that of diamonds
• Low density: equal to or half as dense as aluminium
• High elasticity: six times that of steel
• High electrical conductivity, transparency, lightness, adaptability and mechanical strength

To cut a long story short:
Vittoria uses only the highest quality form of graphene (pure form) to achieve the greatest possible improvements for all our products. The pure graphene used by Vittoria offers four to six times the increase in the materials to which it is applied (carbon for wheels, rubber for tyres) compared to other graphene forms. Vittoria has decided to join Directa Plus to ensure contact with its research and development expertise. This is necessary if you want to be at the forefront of material research.