Caliber Protech XT Flooring Traction Kit, 8 Pieces - Grey

The ProTech flooring system is designed to protect your floor surfaces from all the elements of life while providing a custom, fresh look. Powersports trailers, garages, workshops, and more can benefit from our new flooring system, keeping your trailers and working areas clean, dry, and protected from wear and tear.

• Provides all the features of ProTech – Smooth, as well as…
• Carbide-depth channels to provide direction and containment for snowmobiles.
• Surface definition provides traction for ATVs, UTVs, Motorcycles, walking and more.
• Can be combined with ProTech – Smooth for a customized installation.
• Built to stand the tests of time against all powersports vehicles – stud and carbide safe.
• Made in the USA
• Manufacturer's lifetime warranty

Each tile is 9″ x 18″ – 1.125 sq. ft. per tile.

8 pk = 9 sq. ft.

24 pk = 27 sq. ft.

Enhance your flooring installation with the Caliber Protech XT Flooring Traction Kit, designed to provide superior grip and stability in your projects. This set includes eight durable tiles in a sleek grey finish, perfect for commercial or residential spaces requiring reliable traction. Each piece is engineered for easy handling and secure placement, making your flooring installation faster and more efficient. The high-quality materials used ensure long-lasting performance, even under heavy foot traffic or demanding conditions. Whether you're upgrading an existing floor or installing new surfaces, this kit offers a practical solution for safer, slip-resistant flooring. Its standardized size and robust construction make it compatible with various flooring layouts and designs, ensuring versatility in your construction or renovation work.

Features:

• Set includes 8 grey traction tiles for comprehensive coverage

• Designed for easy installation with secure fit and durability

• Made from high-quality materials for long-lasting performance

• Ideal for commercial or residential flooring applications

• Provides reliable slip resistance in high-traffic areas