Abeite Encapsulated Calcium Sulphate Raised Access Floor: A Benchmark for Environmental Protection and Performance
Publish Time: 2025-09-24
In modern architecture, with the growing demand for green environmental protection, efficient space utilization, and multifunctional performance, raised floor systems are becoming core infrastructure in commercial and educational settings. With its 100% natural gypsum base, international standard certification, and adaptability to all scenarios, Abeite Encapsulated Calcium Sulphate Raised Access Floor redefines the technical benchmark for high-end raised flooring, providing an ideal solution for green buildings and smart spaces.
1. Natural and Environmentally Friendly: Green DNA from Raw Materials to Finished Product
Abeite Encapsulated Calcium Sulphate Raised Access Floor uses 100% natural gypsum powder as its core raw material, completely eliminating the harmful chemicals that may be found in traditional flooring, achieving zero pollution from the source. Its production process complies with global green building certification standards (such as LEED and BREEAM), supporting carbon footprint tracking and a circular economy model.
Environmental Value: Natural gypsum is naturally biodegradable and does not pollute soil or water sources after disposal, helping companies achieve their ESG (Environmental, Social, and Governance) goals.
Health Protection: Formaldehyde-free and VOC-free, it is particularly suitable for locations with stringent air quality requirements, such as hospitals, schools, and kindergartens.
This characteristic makes it a preferred material for green building initiatives worldwide. For example, in Singapore's "Green Mark" certification program, Abeite flooring has an adoption rate of over 60%.
2. Technological Breakthrough: Versatile Performance Under International Standards
Abeite flooring utilizes a composite structure of a high-density calcium sulfate base material and a Grade A galvanized steel encapsulation, achieving an ideal balance of strength, durability, and functionality. It has passed international certifications such as PSA MOB PS/SPU and DIN EN 12825.
1. Ultimate Precision: Millimeter-Level Tolerance Control
Panel dimensional tolerances are strictly controlled within 0-0.40mm, and thickness tolerances are only ±0.30mm, far exceeding the industry average. This precision ensures seamless flooring during large-scale installations, preventing deformation and cracking caused by thermal expansion and contraction or long-term load bearing, significantly reducing subsequent maintenance costs.
2. Ultra-Strong Load Capacity: Impact Resistance and Durability
High-Density Base Material: Calcium sulfate undergoes a high-pressure molding process, achieving a density exceeding 1.5g/cm³. It can withstand dynamic loads exceeding 1500kg/m², meeting the requirements of heavy-duty applications such as data center server cabinets and industrial equipment.
Impact-Resistant Design: The panel surface undergoes a special hardening treatment to withstand 2J impact energy (equivalent to a 1kg object dropped from a height of 20cm), preventing damage from handling and collisions.
3. Safety Protection: Flame retardant, insulating, and corrosion-resistant.
Class A Flame Retardant: According to GB 8624-2012, it achieves Class A flame resistance, self-extinguishes upon removal from flames, and emits no toxic fumes, saving valuable time for evacuation.
Insulation Performance: Surface resistance ≥ 1×10⁹Ω, effectively preventing static electricity accumulation and suitable for use in anti-static sensitive areas such as electronics factories and laboratories.
Corrosion-Resistant Galvanized Steel Enclosure: The panel edges are sealed with Grade A galvanized steel (zinc layer thickness ≥ 80μm), insulating against moisture and chemical corrosion, ensuring a lifespan of over 20 years in humid and salt-spray environments.
4. Quiet and Comfortable: Optimizing the Spatial Experience
Soundproofing: The internal porous structure and elastic shock-absorbing pad design achieve a Noise Reduction Coefficient (NRC) of 0.85, reducing noise from footsteps and equipment vibration by over 30 decibels, creating a quiet working or learning environment.
Walking Comfort: The surface is covered with a non-slip HPL veneer with a coefficient of friction of 0.6, ensuring fatigue-free operation even after prolonged standing or walking.
3. All-Scenario Applications: Versatile Adaptability from Commercial to Industrial
1. Commercial Buildings: High-end Image and Efficient Operation and Maintenance
Office Buildings: Supports separate wiring for power and low-voltage power supplies, with underfloor space accommodating data cables, power cables, and air conditioning ducts, improving space utilization by over 30%.
Shopping Malls: Flame-retardant and non-slip properties meet fire safety and security requirements in high-traffic areas, while aesthetically pleasing finishes (such as wood and stone patterns) blend seamlessly into the overall decor.
2. Educational Institutions: Dual Protection of Health and Durability
School Classrooms: Natural, environmentally friendly materials protect students' respiratory health, while impact-resistant panels withstand the frequent movement and collisions of desks and chairs.
Libraries: Excellent soundproofing reduces distractions from the sound of turning pages and footsteps, providing a quiet reading environment.
3. Special Scenarios: Technology-Driven Customized Solutions
Data Centers: High load-bearing capacity and anti-static performance ensure stable server operation, while underfloor ventilation optimizes heat dissipation.
Industrial Plants: Corrosion-resistant galvanized steel enclosures resist chemical attack and are suitable for demanding environments such as the chemical and pharmaceutical industries.
4. Case Studies: The Common Choice of Global Benchmark Projects
Marina Bay Sands Hotel, Singapore: Abeite flooring was used in its 20,000 square meter ballroom. Its high-precision joints and silent performance meet the demanding requirements of high-end conferences and events.
Technical University of Munich Library, Germany: In the renovation of a century-old building, Abeite flooring, thanks to its environmentally friendly properties and lightweight design (each piece weighs only 18 kg), enabled seamless installation and rapid delivery.
Tencent Binhai Building, China: Abeite anti-static flooring was selected for the data center area, supporting the stable operation of over 100,000 servers and reducing failure rates by 40%.
Defining the Future of Space with Innovation
Abeite's Encapsulated Calcium Sulphate Raised Access Floor is more than just a product; it represents a deep commitment to sustainable architecture, smart spaces, and humanistic design. From its natural and environmentally friendly raw materials, to its millimeter-level precision craftsmanship, to its comprehensive functional capabilities, it provides a comprehensive, one-stop solution for modern architecture.
Choosing Abeite means choosing a safer, more efficient, and greener future lifestyle. Let's work together to reshape the value of space through technology and create a better environment for the next generation.
