Create a safe, impact absorbing workout surface anywhere you need with the ProSource Exercise Puzzle Mat 3/4″. The interlocking pieces assemble quickly so you can set it up easily and disassemble in no time. Dense EVA foam is perfect for home gyms, fitness studios, garages, and basements to protect floors, reduce noise, and hold weight lifting benches, barbells, and weights. The comfortable, non-skid design is versatile for exercise, yoga, stretching, and children’s play areas. Train like a pro, train with ProSource! Transform any space into a comfortable workout area with the ProSource Exercise Puzzle Mat 3/4″. Six extra-thick tiles create protective flooring over wood, concrete or carpet for workouts and gym equipment. This is the perfect solution for anyone looking for an exercise mat or multipurpose flooring thicker than 1/2″ thick, with greater durability and ability to handle heavy weight and high traffic. The textured surface has a soft feel with non-skid traction that is low-maintenance. Interlocking pieces are easy to assemble, covering 24 square feet. 12 border pieces help to create a flawless finish. Built to absorb impact and provide cushion to sensitive joints while reducing noise. EVA foam contains no toxic phthalates. Use just a few tiles for smaller spaces, or purchase multiple sets for large areas. Perfect for fitness studios, home gyms, commercial use, children’s play areas, gymnastics or wrestling practice, yoga and more!

Product Features

• PROTECTIVE, PORTABLE FLOORING – Dense, durable tiles protect floors and withstand gym equipment and heavy use
• COVERS 24 SQ. FT. – Each tile measures 24″ x 24″ x 3/4″-thick. Includes 6 tiles and 12 end borders for a polished look
• SIMPLE ASSEMBLY – Lightweight pieces quickly connect; easy to disassemble and move. Great for gyms, fitness studios, or play areas
• HIGH-QUALITY FOAM – High-density EVA foam provides excellent support and cushion; Contains NO toxic phthalates
• SAFE & LOW-MAINTENACE – Non-skid textured surface provides traction; Water-resistant and noise-reducing design