About Calcium Sulphate Raised Flooring
CALCIUM SULPHATE SPECIFICATIONS
Made up of a 30 mm/35 mm thick single ply mineral core formulated with high-density calcium sulphate (0 class according to D.M. 26/06/84), bonded with fibres featuring remarkable mechanical resistance and entirely free of wood particles. Edge of Panel is provided with a 0.45 mm thick plastic edge material that is self-extinguishing, non-creaking and PVC free
Finishes:
The top finish is with 1mm Anti-Static High-Pressure Laminates are highly recommended for Server and Control rooms serving the purpose of dissipating static electricity which is generally formulated in these types of control rooms.
Depending upon the requirement, The top finish can be made with a variety of Vitrified tiles, Carpets, stones, decking wood and many others.
The lower face of the panel can be protected by a waterproof film0.05 mm thick aluminium foil applied on lower face creating an excellent fire and humidity barrier guarding against fire and moisture, and an equipotential reinforcement for the purpose of maintaining the floorings electrical continuity properties.
OR
To improve flexural stiffness and overall mechanical resistance, backing is in a 0.5 mm thick galvanized steel sheet on the lower face. This also provides an excellent barrier against fire and moisture, and an equipotential reinforcement for the purpose of maintaining the floors electrical continuity properties
Superior Durability and StrengthOur calcium sulphate raised flooring integrates robust steel components with a laminate surface, providing significant resistance to heavy loads, daily wear, and moisture. The 33 mm panel thickness enables optimal strength, making it suitable for high-traffic areas and spaces requiring underfloor services.
Customizable Size and AppearanceThese square panels are available in a variety of sizes and colors, aligning seamlessly with different aesthetic and functional requirements. From modern office layouts to specialized industrial environments, the versatile design allows for tailored installations that enhance the visual appeal of any space.
FAQ's of Calcium Sulphate Raised Flooring:
Q: How is calcium sulphate raised flooring installed?
A: Calcium sulphate raised flooring is installed by assembling square panels-each made with a steel frame and calcium sulphate core-onto an adjustable pedestal system. This method provides a stable, elevated surface while allowing ease of access to cabling and utilities beneath the floor.
Q: What are the primary benefits of choosing calcium sulphate raised flooring with laminate finish?
A: This flooring system delivers outstanding load-bearing strength, fire resistance, and durability, complemented by a surface that resists scratches and stains. The laminate finish adds both aesthetic appeal and practical maintenance advantages for busy environments.
Q: When is it most appropriate to use calcium sulphate raised flooring?
A: This flooring is ideal for spaces like data centers, offices, and control rooms where frequent reconfiguration and underfloor cable management are required. Its sturdy build supports heavy equipment and high foot traffic, making it suitable for both new constructions and renovations.
Q: Where in India can I source these raised flooring systems?
A: You can obtain calcium sulphate raised flooring from various Indian suppliers, including manufacturers, distributors, exporters, importers, and service providers. Products are available for nationwide delivery to cater to residential, commercial, and industrial projects.
Q: What is the process for ordering customized panel size and color?
A: To order customized panels, specify your required size and color preferences to the supplier. The manufacturer will accommodate these specifications based on their available options, ensuring your flooring system aligns perfectly with your design goals and technical needs.
Q: How should calcium sulphate raised floors be maintained for longevity?
A: Routine cleaning with non-abrasive agents and periodic inspection of panel and pedestal integrity help maintain surface quality and structural stability. Avoid excessive moisture exposure and address any visible damage promptly to extend the floor's service life.