Encapsulated Calcium Sulphate Raised Access Floor System
Product Overview
The encapsulated calcium sulphate raised access floor system is a widely used flooring solution in contemporary commercial buildings.
It features a high-density calcium sulphate core fully enclosed within galvanized steel sheets, forming a durable, structurally stable, and long-lasting floor system.
Designed with modular panels, the system allows easy installation, dismantling, and replacement, making it particularly suitable for environments that require frequent maintenance, system servicing, or facility upgrades.
With excellent fire resistance and outstanding acoustic performance, this flooring system enhances both safety and comfort in busy commercial applications.
Its flexible and customizable design supports a wide range of spatial layouts, ensuring smooth integration with functional building requirements and architectural aesthetics.
Applications
Encapsulated calcium sulphate raised flooring is ideal for spaces with high demands for structured cabling and underfloor services, including:
Office buildings
Communication and equipment rooms
Power generation and electrical facilities
The floor surface is commonly finished with carpet tiles to meet interior decoration and comfort requirements.
Key Advantages
High durability and strong load-bearing performance, capable of supporting heavy loads and continuous foot traffic—essential for commercial office buildings with high daily occupancy.
Inherent fire-resistant properties, as calcium sulphate is a naturally fire-resistant material, helping to improve overall fire safety levels in commercial buildings with dense personnel and extensive electrical installations.
Enhanced acoustic performance, effectively reducing noise transmission between floors and improving overall sound insulation, making it well suited for commercial environments that require privacy or quiet working conditions.
Highly flexible and adaptable raised floor system, allowing easy reconfiguration of space layouts and the installation of new equipment and services—supporting rapid adaptation to changing market demands and technological advancements.
