-
The calcium sulphate core
The calcium sulphate core Calcium sulphate raised floor core is manufactured with advanced equipment. Through the exploration of all technological R & D personnel of our company, we use unique manufacturing technology to develop special raised floor core of environmentally friendly, fireproof and high-strength characteristics. -
Calcium Sulphate Anti-Static Raised Floor With HPL Covering
The main body of the calcium sulphate anti-static raised floor with HPL covering is made of non-toxic and unbleached plant fiber as a reinforcement material through pulse pressing process. HPL material is made of melamine resin through a special process, mainly made of melamine resin, plasticizers, stabilizers, fillers, conductive materials and mixed materials. A conductive network is formed between the HPL particles, making it anti-static. Anti-static raised floor with HPL covering has the characteristics of strong decorative effect, high wear resistance, dust-proof and anti-pollution.
-
Calcium Sulphate Anti-Static Raised Floor With PVC Covering
The high-density calcium sulphate anti-static raised floor with PVC covering is made of raw materials that are processed and solidified into calcium sulphate crystals, and non-toxic and unbleached plant fibers are used as reinforcement materials through a pulse pressing process.
-
Calcium Sulphate Anti-Static Raised Floor With Ceramic Covering
Calcium sulphate anti-static raised floor with ceramic covering uses non-toxic and unbleached plant fibers as reinforcement materials, combined with solidified calcium sulphate anti-static raised floor with ceramic covering is directly generated under a pressure of 5,000 tons, without any glue component, environmental protection, and no deformation; the product is self-heavy, has a good foot feel, and has an excellent sound absorption effect. The surface of the raised floor adopts ceramic tile covering, and the plastic edge strips around the raised floor.
-
Encapsulated Calcium Sulphate Raised Floor
Encapsulated calcium sulphate raised floor, is made of high-quality calcium sulphate (purity>85%) as the base material. Its top and bottom are covered with high-quality galvanized steel sheets and extended to the surrounding sides. They are connected by hooks and are punched and riveted to form a closed ring. Galvanized steel sheets encase calcium sulphate panel, and the surface can be laid with carpet, PVC or other materials, which is beautiful and generous.
-
Large bearing capacity GRC access floor
GRC raised floor is a new generation of environment-friendly network floor made of silicate, inorganic fiber, mineral fiber, quartz sand and other components through high pressure molding. The floor is free of any volatile toxic substances and radiation, can be completely decomposed, and the service life is the same as that of the building.
-
All Steel Anti-Static Raised Floor With HPL Covering
All steel anti-static raised floor with HPL covering adopts ST14 tensile plate for the bottom, and SPCC flinty steel sheet is selected for the surface. After stretching, spot welding is conducted to form an all steel shell structure.
-
All Steel Anti-Static Raised Floor With PVC Covering
The all-steel anti-static raised floor with PVC covering adopts a steel base layer, and the surface is pasted with a homogeneous and transparent PVC covering. Steel pedestals of different elevations and pipe diameters can be customized to meet different raised heights and load-bearing needs. The height of the pedestal can be fine-tuned to solve the problem of local subtle height differences of ground.
-
All Steel Anti-Static Raised Floor With Ceramic Covering
All steel anti-static raised floor with ceramic covering adopts high-quality alloy cold-rolled steel plate, which is formed by spot welding after stretching. The surface is phosphated and then sprayed, the inner cavity is filled with foam filler, and the upper surface is pasted with high wear-resistant and anti-static vitrified embryo ceramics.
-
All steel encapsulated network raised floor
All steel encapsulated network raised floor, also known as OA network raised floor, is formed by spot welding after stretching of high-quality cold-rolled steel sheet, the inner part is filled with foamed cement, and the surface is dealt with plastic spraying after phosphating.
