MF FLOOR blog
Not only are good at producing rubber mat, but our blog posts are also maintained at a high level, there posts are not to be missed.
Rubber flooring edges curl mainly due to improper acclimation, where the material tries to return to its rolled shape. Other major causes include using the wrong adhesive, high subfloor moisture, and failing to use a 100-lb...
Rubber gym flooring is the most resilient option for cold climates because it maintains its structural integrity and shock absorption even in freezing temperatures. Unlike foam or plastic, high-density rubber does not become brittle or shatter...
Harsh chemicals like bleach, acid-based cleaners, and petroleum solvents destroy rubber flooring by dissolving the polyurethane binders. This leads to cracking, swelling, and crumbling. Using pH-neutral cleaners is the only way to ensure the long-term structural...
Rolling loads damage rubber flooring by creating concentrated compressive and lateral forces that exceed the material’s structural limits. Unlike static weights, moving wheels generate a "rolling pin" effect that stretches the rubber surface and breaks the...
Sled weight and technique accelerate turf wear through high-pressure friction and mechanical shear. Standard PE turf supports up to 250 lbs safely, while weights exceeding 500 lbs require high-density Nylon. Aggressive "toe-drilling" and metal sled skis...
Your turf infill choice determines the coefficient of friction and the speed of fiber degradation. Choosing wrong can cut the lifespan of your floor by 50% and double your maintenance costs, making it the most expensive...
The best home gym mat is one that balances high density for stability and specific material composition for floor protection. For most users, a 15mm-20mm high-density rubber mat is the superior choice for safety, durability, and...
The best gym flooring depends on your budget and impact level: for heavy lifting, 3/4" (19mm) rubber stall mats or 15mm tiles are essential; for general fitness, 8mm-10mm rubber rolls offer the best value. Prices range...
To choose the ideal rubber flooring thickness, you must match the specific impact energy of each zone with a corresponding density; generally, use 20mm-25mm for heavy lifting, 8mm-10mm for functional training, and 6mm for cardio areas...
For high-performance facilities, the answer isn’t just a number on a spec sheet; it’s about matching density to impact. For commercial weight rooms, 8mm-10mm high-density rolls are the standard for hygiene and stability. If you’re outfitting...
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