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Product description & features
The Infinity Ecomax is a versatile summer tyre that excels in delivering reliable performance across various driving conditions.
An advanced asymmetric tread pattern combines dry grip and stability on the external side with superior wet grip and efficient water drainage on the internal side.
It's increased water dispersion and responsive steering means you can feel safe behind the wheel in these tyres.
The Ecomax is available in 16-inch to 22-inch rim sized tyres.
The asymmetric tread pattern and wide circumferential grooves provide outstanding wet and dry handling, making the Ecomax a dependable choice in varying summer conditions.
This ensures enhanced safety and control, even during sudden manoeuvres or changing weather conditions.
The flexible rubber compound and lightweight construction combine to deliver improved durability and reduced fuel consumption, ensuring value over time.
Additionally, the even pressure distribution helps maintain optimal performance throughout the tyre's lifespan.
The Infinity Ecomax is currently manufactured in 2 variants of tyre:
Please note: before you select your tyres, ensure that the tyre size that you intend to order are the correct variant and matches your vehicle type.
What are summer tyres?
Summer tyres are specifically designed for warm weather conditions, particularly during the summer season. This type of tyre performs best when in seasons with warmer temperatures - above 7°C.
How does a summer tyre perform better in summer?
The technologies and tread patterns used in a summer tyre mean the tyres have high-quality features that are of benefit to driving in warm conditions. They typically use a softer rubber compound – designed for good grip and traction when driving on dry and wet roads.
Can you use summer tyres in winter?
Whilst summer tyres still offer adequate performances in wet and cooler conditions, it is recommended that you change. The tread design and technologies that are featured in summer tyres can harden in colder temperatures, resulting in reduced flexibility and decreased traction on snow and ice.