How does encapsulated calcium sulfate raised access floor achieve a balance between environmental protection and high performance using 100% natural gypsum powder?
Publish Time: 2025-12-24
In today's world, where green building and sustainable development concepts are increasingly gaining popularity, building materials must not only meet functional and durability requirements but also consider environmental friendliness and resource recycling. Encapsulated calcium sulfate raised access floor is a prime example of this trend—using 100% natural gypsum powder as its core raw material, combined with high-density molding technology and Class A galvanized steel plate encapsulation technology, it sets a new benchmark for environmentally friendly building materials while achieving superior physical properties. This innovative solution, "derived from nature, superior to tradition," successfully integrates ecological responsibility with engineering reliability.
1. 100% Natural Gypsum Powder: A Renewable, Low-Energy, and Pollution-Free Green Substrate
Calcium sulfate, also known as natural gypsum, is a mineral resource widely found in the Earth's crust. After mining, it can be used in building material production after calcination and dehydration, without the need for synthetic chemical processes. Compared to traditional flooring core materials such as cement, plastic, or composite wood panels, natural gypsum powder consumes extremely little energy during production, reducing carbon emissions by over 50%. More importantly, its composition does not contain formaldehyde, benzene, volatile organic compounds, or other harmful substances, eliminating indoor air pollution at its source. After disposal, it can naturally degrade or be recycled, truly achieving a "cradle-to-cradle" closed-loop cycle, meeting international green building certification standards such as LEED and BREEAM.
2. High-Density Compression Molding: Giving Flooring Superior Strength and Stability
Environmental protection does not mean sacrificing performance. Through a high-pressure molding process, natural gypsum powder is compressed into a dense core board with a density of 1.2–1.4 g/cm³, significantly improving bending strength and impact resistance. This high-density structure not only supports heavy equipment without deformation over long periods but also effectively suppresses vibration transmission, providing excellent sound insulation for quiet and sensitive areas such as libraries and educational institutions. Simultaneously, calcium sulfate itself has a microporous structure and possesses certain moisture-regulating properties, helping to maintain indoor environmental comfort.
3. Grade A Galvanized Steel Sheet Fully Encapsulated: Reliable Protection in Harsh Environments
To overcome the inherent limitations of gypsum materials in terms of moisture resistance and wear resistance, this flooring uses Grade A galvanized steel sheets to completely encapsulate a high-density calcium sulfate core on both sides. The galvanized layer thickness is ≥275 g/m², providing excellent corrosion and oxidation resistance, resisting moisture erosion and mechanical wear even in damp basements or high-traffic commercial areas. The steel sheet surface can also be treated with an anti-static coating to meet the electrostatic protection requirements of data centers, laboratories, and other similar locations. This "rigid-flexible" composite structure combines the environmentally friendly and quiet advantages of gypsum with the robust and durable properties of metal.
4. Systematic Design: Adapting to the Multifunctional Needs of Modern Buildings
As a raised floor system, its modular design facilitates the installation of power cables, ventilation ducts, or intelligent building facilities underneath, greatly improving the flexibility of future renovations in commercial buildings and educational institutions. Precise panel dimensions and tight splicing, combined with a dedicated support system, ensure an overall flatness error of less than ±0.5mm, guaranteeing smooth and silent walking. Even with frequent disassembly and reassembly, the encapsulated structure maintains panel integrity, supporting multiple reuses and further reducing total lifecycle costs.
5. Widespread Applications Demonstrate a Win-Win Situation of Environmental Protection and Performance
From quiet libraries to data centers with high-density cabling, from bustling shopping malls to air-quality-sensitive school classrooms, Abeiteen capsulated calcium sulphate raised access floor, with its comprehensive advantages of "zero pollution, high strength, quiet operation, anti-static properties, and easy maintenance," has become an ideal flooring solution for modern functional spaces. It proves that environmentally friendly materials can not only "do well," but also "last long."
With 100% natural gypsum powder as its green core and high-density molding and metal encapsulation as its performance armor, encapsulated calcium sulphate raised access floor breaks the stereotype that "environmentally friendly = low performance." It is not just a flooring material, but a commitment to a sustainable future—under every piece of flooring lies a responsibility for health, efficiency, and the planet.
