The core advantage of this rock wool sandwich anti-static wall panel lies in its multi-functional integrated performance, which integrates anti-static, fire protection and thermal insulation functions without additional installation of insulation layer or fire retardant coating. The galvanized steel face sheet has excellent corrosion resistance, which can be used in humid industrial environments for a long time without rust. The anti-static coating has passed professional testing, and can stably maintain the anti-static resistance value of 10^6-10^8Ω, effectively avoiding equipment faults caused by static accumulation. The thermal conductivity of the rock wool sandwich structure is only 0.038W/(m·K), which can effectively reduce the cooling and heating energy consumption of the workshop and reduce operating costs. The installation adopts hidden keel docking method, there are no exposed connectors on the overall wall, and the appearance is neat and beautiful, which can greatly shorten the construction period.
The standard size is 1180mm*2400mm, with optional thickness ranging from 30mm to 100mm. The thickness of the galvanized steel face sheet is 0.6mm, and the density of the rock wool core is 120kg/m³. The hidden keel is made of galvanized steel, with a mounting gap of ≤1mm to ensure overall flatness. The thermal insulation performance meets the national energy-saving building standards, and the sound insulation performance reaches 40dB. The weight of a single panel is approximately 25kg per sheet, matched with special lifting tools for construction.
It is mainly applicable to data center machine rooms, 5G base station equipment rooms, large electronic assembly workshops, chemical plant production areas and other places that require electrostatic protection, fire protection and thermal insulation. It can be used as the fire partition wall of the factory building to meet the fire protection zoning requirements, and at the same time provide electrostatic protection for precision electronic equipment, reducing the energy consumption of the workshop through thermal insulation performance.
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