Perfect Surfaces offers a wide range of products that are built to compliment the rest of your spin studio flooring, while providing a durable and comfortable product for all you equipment and guests. Our extensive product line including rolls, mats, and interlocking tiles can be customized to your spin studio’s flooring needs through densities and colour variations. Perfect Surfaces understands that a high-intensity class like spin needs to have a surrounding that amplifies the class and supports the clients on the bike. Our products offer exceptional anti-slip and cushioning capabilities, providing a safe and long-lasting surface. All of our products are eco-friendly and made in North America. Save time and money with simple and easy installation procedures.
Gator Floor gym rubber flooring is the ideal surface for any project offering resilience, sound absorption, spike resistance, traction, and cushion all in one product. Designed with durability and attractive appearance in mind, this aesthetically pleasing flooring comes in a variety of speckled options making it the perfect fit for any project. With the colored particles distributed uniformly, the vibrant colors provide dramatic decorative interior design effects. Gator Floor recycled rubber floor is the most economical flooring option on the market.
Our Gator Interlock Cork/Rubber provides numerous qualities and is very versatile for any application. This one of a kind surface combines the best of both rubber and cork flooring. Our world-class Gator Rubber is known for its extreme durability combined with a high-quality cork blend provides excellent cushion and noise reduction.
Gator Elite is our most superior rubber flooring series on the market. This top of the line rubber flooring is manufactured using premium rubbers and blended with a high double vulcanized finish. The dual layer offers ultimate resilience and shock absorbing performance in high traffic areas and can bear the static load of heavy equipment. Elite is designed for max performance with its anti-slip traction top. Comes in 15 astonishing colors -perfect for any commercial application from hockey arenas to airports the options are endless.
Gator Impact Tile is the perfect balance between durability and cushion. Designed for high impact workouts and play! The interlocking tile feature a 12mm of high-density foam with a 3mm Gator Pro rubber top. The high-density foam base provides excellent cushion, impact absorption, and noise reduction. Customers asked us for a workout tile that would reduce noise from dropping heavy weights and eliminate the vibration transfer between surfaces but also retain the same great qualities of our Gator Pro Series. Look no further, this tile was made for you! Excellent for CrossFit, Olympic lifting or even your home gym! Impact Tile can also be used to provide extra protection for small toddlers and children. The high-density foam base is an excellent safety surface for play areas in homes, daycares, and schools. Impact Tiles modular interlock design makes it easy to install and store away.
Maximize performance. Minimize odor. Gator Stamina Series offers multiple color options to suit any high-end facility needs– the ultimate combination of style and function. Gator Stamina Series tiles and rolls provide resilience against skates, weights in strength and conditioning areas, as well as heavy cardio equipment. The product’s non-porous surface eliminates odors and hygiene concerns.
Perfect Surfaces now offers an attractive, economical, and easy to install rubber flooring surface great for commercial flooring. Gator Ultimate Series commercial matting is composed of rubber materials and has a customizable color option to ensure that you will have a modern design and superior durability. Great for all types of commercial applications, the Gator Ultimate Series is designed to outlast traditional flooring systems and is easy to clean and maintain. With its rollout design, you will save time and money in installation costs making Gator Ultimate Series commercial floor the perfect surface.