Eco-friendly Raised access flooring solutions

At Tusk, we offer eco-friendly raised access flooring solutions designed to transform your business space into an environmentally responsible haven. Our flooring options are crafted from renewable and recyclable materials, ensuring a reduced carbon footprint. By choosing our eco-friendly RAF, you showcase your commitment to sustainability, attracting environmentally conscious clients and staff members who align with your values. Additionally, these floors contribute to a healthier indoor environment, minimizing toxins and allergens. Create a positive brand image, inspire your team, and contribute to a greener future with Tusk’s eco-friendly raised access flooring options. Join us in building a sustainable environment, one step at a time.

Materials and resources

Tusk Raised access floor system is specifically created from recycled components and materials for safety and low emission. The panel infill is made up of recyclable contents such as non-combustible cement. Contributes to LEED points for recycled and / or recyclable materials and energy efficiency

Reduces dead load on the base building

The dead load of 3” of raised flooring system is only 33 to 40 Kg/ Sq. m. on the mother slab as against that of 3” of IPS (concrete) is 160 - 180 Kg / Sq. m. Reconfiguration in spaces with conventional flooring involves breaking the concrete structure to access wires and cables concealed in the floor.

Longevity exceeding 25 years

Experience the Unmatched Durability with our Raised Access Flooring System. Built to Last Over 25 Years, Our Superior Design Ensures Longevity and Stability, Providing a Reliable Solution for Your Space. Trust in Quality Craftsmanship for Decades of Performance.

Materials and resources

Tusk Raised access floor system is specifically created from recycled components and materials for safety and low emission. The panel infill is made up of recyclable contents such as non-combustible cement. Contributes to LEED points for recycled and / or recyclable materials and energy efficiency

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