
MICHELIN Power Pure SC - The World's First Dual Compound Scooter Tyre | 31/01/2012 |
The MICHELIN Power Pure SC was designed to allow users to get the most out of their scooter’s performance, thanks to MICHELIN 2CT. The world’s first scooter tyre made with dual compound technology, the MICHELIN Power Pure SC provides driving enjoyment, sportiness, grip and longevity. In short, its performance levels make it the first Sport Premium tyre in the scooter segment. Purpose-developed for racing tyres, dual compound technology aims to reconcile contradictory technical demands by dividing the tyre into different parts (see insert). Each part integrates a type of rubber specially designed to meet specific usage demands. Introduced for motorcycle tyres five years ago, this technological advance has since become a benchmark in the segment. It enables the same safety performance as a traditional tyre as well as a sporty ride while also meeting user demands for a long-lasting tyre. With the MICHELIN Power Pure SC, the slick central portion of the tread on both the front and rear tyres puts more rubber in the area most often in contact with the ground, thereby increasing longevity. To maximize tyre life, users are also advised to comply with the front and rear tyres’ specific fitting directions to avoid uneven wear. The tyre’s shoulders are made with softer rubber that enhances grip and thus safety. As a result, the MICHELIN Power Pure SC holds the road firmly in all road conditions, even on wet, damp or slippery surfaces. |
What does a dual compound tyre look like?The technology involves dividing the tyre into different sections. As with Sport Radial tyres, the tread of the MICHELIN Power Pure SC is divided into three areas: A central area with a hard rubber compound for: o Longer tread life, since the hard rubber is positioned where stress is greatest. o Greater responsiveness because the tread is more rigid. Two areas on the shoulders with a soft rubber compound for: o Enhanced grip on both dry and wet surfaces. o Safely enabling maximum lean angles, especially when used for sporty driving. |
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