In Stock Now Tarkett Aria Grey 652 Homogeneous Vinyl 6.56' Wide is targeted at facilities that depend on durable flooring - think healthcare, labs, or any environment where continuous foot traffic is a daily reality. The 2 mm homogeneous structure resists abrasions and holds up against the kind of wear that can quickly show on multi-layered vinyls. Nod to the 6 feet 6 inch width: you get broad coverage in each roll, reducing the number of seams across larger rooms and hallways. At 75.5 feet in length, this is best leveraged for bigger projects, minimizing waste and installation complexity.
The Aria series sticks with a subtle, non-directional grey pattern, which isn't just about hiding scuffs - it lays down a look that's practical and modern without drawing unnecessary attention, making it versatile for a variety of spaces. The UV-cured polyurethane finish, combined with enhanced surface protection, creates real resistance to scratches and repetitive cleaning, going further than standard vinyl top coats. Hygiene-sensitive applications benefit here, as easier maintenance means cleaning staff can work quickly yet thoroughly. Being glue-down, it's designed for permanent placement and lasting stability especially in zones where rolling loads or heavy equipment are routine.
The surface is engineered for environments where maintenance downtime costs money. Each square foot is NSF/ANSI-compliant, and the product is made in the USA, supporting procurement mandates for domestic sourcing. The 10-year commercial warranty signals confidence from Tarkett, and it's easy to see why given the construction quality and absence of layering that can peel or delaminate over time. Aria Grey 652 is priced per square foot, letting you specify exactly what you need for your floor plan.
If you're planning a high-traffic commercial installation that demands a streamlined, hygienic floor, this offering from Tarkett earns serious consideration. For further technical data or procurement, you can reference this detailed manufacturer overview for optimal spec verification and sample requests.