Encapsulated Calcium Sulphate Raised Access Floor System
Product Overview
The encapsulated calcium sulphate raised access floor system is a widely adopted flooring solution for modern commercial buildings.
It features a high-density calcium sulphate core fully encapsulated with galvanized steel sheets, delivering a robust, stable, and long-lasting floor structure.
The modular panel design allows panels to be easily installed, removed, and replaced, making the system especially suitable for spaces that require frequent maintenance, upgrades, or renovation work.
With excellent fire resistance and superior acoustic performance, this raised floor system enhances both safety and comfort in high-traffic commercial environments.
Its flexible and customizable design supports a wide range of layout configurations, ensuring seamless integration with functional building requirements and architectural aesthetics.
Applications
The encapsulated calcium sulphate raised floor system is suitable for locations with high demands for structured cabling, including:
Office buildings
Communication and equipment rooms
Power stations and electrical facilities
For commercial interiors, the surface is commonly finished with carpet tiles to enhance comfort and visual appeal.
Key Advantages
High durability and load-bearing capacity, capable of supporting heavy loads and constant foot traffic—an essential requirement for busy commercial office buildings.
Inherent fire-resistant properties, as calcium sulphate is naturally fire-resistant, helping improve overall building fire safety in environments with dense occupancy and extensive electrical installations.
Enhanced acoustic performance, reducing noise transmission between floors and improving sound insulation, making it ideal for offices that require privacy, confidentiality, or quiet working conditions.
Flexible and adaptable raised floor system, allowing easy reconfiguration of space layouts and the installation of new equipment and services, helping businesses quickly adapt to changing operational needs and technological developments.
