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FCC CE Certifed Low Vibration Noise Reduction Sports Floor Mat
This product is designed for weightlifting practice areas and can also be applied to various indoor sports venues. During the weightlifting process, the athlete will drop the barbell towards the ground after completing the lifting action. Traditional weightlifting courts use wooden mats, and collisions between barbells and mats can generate huge noise and vibration transmission, affecting the physical and mental health of people on and around the court. This product is made by combining two layers of rubber materials with different hardness. The upper hard material design allows athletes to stand firmly and prevent falls, while also achieving the purpose of vibration reduction and noise reduction. It also reduces the secondary noise and vibration multiplication effect caused by bouncing after barbell impact; The lower layer of soft material combined with the design of honeycomb mechanism can reduce the problem of vibration caused by gravity impact transmitted through the floor to distant places. In addition, the product also features a grooved design, making the floor mat extremely easy to assemble and disassemble. And the combination is extremely stable without any looseness or height difference caused by the weight impact of the barbell. This product has been experimentally verified by the Mold Department of Kaohsiung University of Science and Technology. Its ability to reduce vibration and noise can reach 37% vibration and 26% noise reduction, effectively achieving noise control goals through vibration reduction and noise reduction; In addition, a 36KG barbell was subjected to 2000 drop impact tests from a height of 1.5M. After the experiment, the surface roughness of the product changed by only 0.46mm, and the gap and height difference at the joint of the floor mat were only 0.5mm and 0.8mm, respectively, to verify the durability of the material and the stability of the combined structure. It can effectively prevent motion injuries caused by surface deformation, loose combination, and height difference problems due to heavy impact.
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