silicone flooring
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상업용 실리콘 바닥재 크리스탈 바닥재 내식성
Inorganic Floor With Silicon Crystal Technology Providing Corrosion Resistance Impact Durability And Long Service Life Silicon Crystal Flooring Product Introduction Silicon crystal flooring is a high-performance flflooring system mainly composed of inorganic silicon crystal materials. It features rich colors, high hardness (with a Mohs hardness of up to 7-8), anti-slip, wear-resistant and environmentally friendly properties. Scope of application It is widely applied in
실리콘 PU 스포츠 바닥재 다목적 배구 코트 자재
The Silicon PU Court Multi Purpose Sports Surface Materials For Tennis Basketball Volleyball Courts And Playgrounds Offering Elasticity And Seamless Finish Product Introduction The silicon PU court is a professional elastic synthetic sports fifield system with organosilicon-modifified polyurethane (PU) as the core material, combining the high elasticity of polyurethane with the weather resistance and wear resistance of organosilicon. Scope of application It is suitable for
콘크리트 테라조 에포시 바닥 코팅 80MPa 에포시 테라조 바닥 전시실 에포시 樹脂 혼합
Long Lasting Epoxy Terrazzo Flooring Made From Epoxy Resin And Stones Ideal For Exhibition Halls And Hotel Lobbies Epoxy Terrazzo Floor Product Introduction: Epoxy Terrazzo Floor is a floor decorative material made by mixing epoxy resin with natural or artificial stones, with excellent wear resistance and decorativeness. Application Scope: Epoxy Terrazzo Floor is suitable for floor decoration of large shopping malls, commercial buildings, luxury clubs, exhibition halls, hotel
4mm 5mm 8mm 10mm 두께 PU 농구 코트 바닥재 농구 코트 재료
PU Basketball Court Product Data Sheet Product Introduction PU Basketball Court is a professional elastic synthetic sports surface system constructed through multi-layer application processes including primer, elastic layer, reinforcement layer, and topcoat, primarily composed of polyurethane materials . The product features a hard-top elastic-bottom structure design: the hard surface ensures ball rebound rate exceeding 90%, while the elastic layer effectively absorbs impact
