How can anti-staic calcium sulphate-raised access floor define a new benchmark for environmental protection in computer rooms using natural gypsum base materials and stringent standards?
Publish Time: 2026-04-27
In environments with stringent environmental safety and functionality requirements, such as data centers and precision laboratories, raised floors are not only the foundation for supporting equipment but also an invisible line of defense ensuring the stable operation of the space. Abeite's anti-staic calcium sulfate raised access floor uses 100% environmentally friendly natural gypsum powder as its core base material. From raw material procurement to production and packaging, green principles are implemented throughout the entire process. With its superior performance, including A-grade fire resistance, high load-bearing capacity, and moisture resistance, it meets Chinese standards, PSA MOB PS/SPU standards, and DIN EN 12825 specifications. Its environmentally friendly attributes and top-tier quality throughout its entire lifecycle redefine the industry benchmark for high-end raised access floors.
The use of natural gypsum powder is the core of Abeite's environmentally friendly characteristics. The base material is derived from natural gypsum ore, finely ground and processed using special techniques to retain the non-toxic and harmless properties of gypsum itself. It contains no formaldehyde, benzene, or other volatile substances, and does not release radioactive elements, thus eliminating indoor environmental pollution at its source. This combination of natural material and plant fibers ensures both the strength of the base material and excellent breathability, maintaining air cleanliness even in enclosed computer room environments. This meets the stringent environmental requirements of scenarios such as medical and educational institutions, providing dual protection for both equipment operating spaces and personnel health.
Strict adherence to standards is a solid guarantee of product quality. Abeite calcium sulfate flooring initiates rigorous quality control from the raw material selection stage. Each batch of gypsum powder undergoes component testing and performance testing to ensure purity and stability. During production, the combination of pulse pressing technology and precision molds ensures that the flooring's dimensional accuracy and structural strength meet the requirements of DIN EN 12825 standards. Its uniform load-bearing capacity and single-point load-bearing capacity far exceed the industry average, easily supporting heavy equipment such as server racks and large medical devices. Before leaving the factory, finished products undergo multiple tests for fire resistance, moisture resistance, and anti-static properties to ensure compliance with Chinese standards and PSA MOB PS/SPU standards, providing a reliable quality guarantee for high-end scenarios.
Class A fire resistance provides a robust barrier for data center safety. The calcium sulfate substrate itself is a non-combustible material; it will not burn or produce toxic fumes when exposed to open flames. Even in high-load power dispatch centers or data centers, it can effectively prevent the spread of fire, buying valuable time for personnel evacuation and equipment rescue. Compared to ordinary fire-retardant flooring, this non-combustible property minimizes fire risk, becoming an indispensable part of the data center safety system and providing a more secure operating environment for precision equipment.
Moisture resistance and stability address the pain points of use in humid environments. The specially treated calcium sulfate substrate has extremely low water absorption, preventing warping, deformation, or mold growth due to moisture, even during the rainy season in southern regions or in underground power facilities. Its internal structure, reinforced with plant fibers, effectively resists the stress caused by temperature and humidity changes, maintaining flatness over the long term and preventing equipment tilting or loosening of wiring due to floor deformation. This stable physical property allows the flooring to maintain excellent performance even in coastal cities or humid conditions, significantly reducing later maintenance costs.
A green philosophy throughout the entire product lifecycle is implemented. From environmentally friendly screening of raw materials to low-energy processes in production, and the use of recyclable materials in packaging, Abeite integrates green principles into every detail. The modular design during floor installation facilitates disassembly and reuse, and the gypsum substrate after disposal can be recycled and reprocessed, preventing secondary pollution. This closed-loop green system from production to recycling not only meets the sustainable development requirements of modern buildings but also transforms environmental protection from a concept into a tangible product attribute.
From the environmentally friendly core of natural gypsum to stringent quality control standards, from Class A fire safety to moisture-proof and stable practical performance, anti-staic calcium sulphate raised access flooring, with its comprehensive superior performance, has become the top choice in the high-end raised access flooring field. It protects environmental safety with a green philosophy and sets a quality benchmark with stringent standards, providing solid ground support for the efficient operation of modern data centers.
