Michelin and Goodyear Retread Solutions
As a Michelin-accredited retread facility, the Michelin Industrial Process is used to produce retreads that match the tread compound and patterns of new Michelin tyres. With computer-guided laser technology, a precision-cut, tapered tread is applied to the casing, ensuring a seamless fit. The tyre is then vacuum-sealed and cured under controlled heat and pressure for maximum durability.
Goodyear retreads also deliver exceptional performance and longevity, with advanced rubber compounds designed to withstand heavy-duty applications. From long-haul transport and construction to industrial use, Michelin and Goodyear retreads provide a reliable and cost-effective alternative to new tyres.
Cost Savings Without Compromise
A retreaded commercial tyre can cost up to 50% less than a new tyre while delivering up to 90% of the mileage performance. This significant cost reduction helps businesses lower their total cost per kilometre (CPK) or cost per hour (CPH) without sacrificing reliability. Retreading also allows fleets to maximise their tyre investment by using the same casing multiple times, further extending overall value.
A Sustainable Tyre Solution
Choosing retreads isn’t just good for business—it’s good for the environment. Every 100 retreaded tyres save up to five tonnes of raw materials that would otherwise go to waste. Retreading also reduces CO2 emissions by over six tonnes per 100 tyres, helping businesses meet sustainability targets while cutting costs. Since a retread uses 70% fewer raw materials than a new tyre, it’s a greener alternative that supports a circular economy.
Tailored Fleet Support for Maximum Performance
Fleet operators benefit from expert tyre management services, ensuring tyres are rotated at the right intervals, maintained for optimal pressure, and selected for the right application. With access to Michelin’s Multi Life strategy and Goodyear’s retreading expertise, commercial and industrial fleets can achieve the lowest total tyre cost while maintaining peak performance.