What is a Calcium Sulphate Raised Floor?
A calcium sulphate raised floor is an elevated flooring system that uses high-density calcium sulphate panels as the core material.
These panels are known for their exceptional load-bearing capacity, fire resistance, and environmental sustainability.
They are typically finished with coverings such as anti-static HPL, PVC, or ceramic tiles to meet specific functional requirements.
This type of access floor is widely used in data centers, control rooms, offices, and high-end commercial spaces.
What are the advantages of Calcium Sulphate Access Floors?
Calcium sulphate access floors offer outstanding strength and stability while being eco-friendly.
They provide excellent sound insulation and thermal performance, improving room comfort and energy efficiency.
The material is naturally non-combustible, enhancing fire safety in critical facilities.
Additionally, they can be finished with various surface options to match both functional and aesthetic needs.
Where are Calcium Sulphate Raised Floor Panels commonly used?
These panels are popular in modern office buildings, data centers, computer rooms, libraries, laboratories, and financial institutions.
They are also favored in spaces where anti-static performance, noise reduction, and a premium appearance are essential.
Their stability and high load capacity make them suitable for both light and heavy-duty applications.
Are Calcium Sulphate Access Floors environmentally friendly?
Yes, calcium sulphate raised floors are considered one of the most eco-friendly flooring options.
The panels are often made from natural gypsum and recycled materials, making them sustainable and low-emission.
Their long lifespan and recyclability contribute to reduced environmental impact.
What is the load capacity of Calcium Sulphate Floor Panels?
High-quality calcium sulphate panels are engineered to withstand significant static and rolling loads.
Their dense core structure ensures minimal deflection, maintaining a stable walking surface even under heavy equipment.
Load capacity varies depending on thickness, pedestal system, and installation configuration.
How does Calcium Sulphate Raised Flooring compare to steel or wood core panels?
Compared to steel panels, calcium sulphate panels offer better acoustic and thermal insulation.
They are heavier than aluminum or wood core panels, providing greater stability and a more solid feel underfoot.
Their non-combustible nature also gives them a fire safety advantage over wood core alternatives.
Can Calcium Sulphate Raised Floors be used in anti-static applications?
Yes, calcium sulphate panels can be finished with anti-static HPL, PVC, or ceramic tiles to prevent electrostatic discharge (ESD).
This makes them suitable for environments such as data centers, electronic manufacturing facilities, and server rooms.
The choice of finish will determine the level of conductivity or static dissipation.
How is a Calcium Sulphate Elevated Floor System installed?
What components are used?
The system consists of calcium sulphate panels, adjustable pedestals, and sometimes stringers for added stability.
Panels are precisely cut and installed to ensure a seamless surface and accurate alignment.
Is installation complex?
Installation follows the same principles as other raised floor systems.
Experienced installers ensure accurate leveling, secure pedestal placement, and correct integration of service openings.
How do I maintain Calcium Sulphate Access Flooring?
Regular cleaning with a dry mop or vacuum is recommended to maintain surface appearance.
Avoid excessive moisture, as prolonged water exposure may damage the core material.
Periodic inspection of pedestals and panel joints will help ensure long-term stability.
Can Calcium Sulphate Panels support heavy office furniture and equipment?
Yes, these panels are designed to handle heavy point loads and concentrated weight.
They can support filing cabinets, conference tables, printers, and other large equipment without compromising structural integrity.
What surface finishes are available for Calcium Sulphate Raised Floors?
Common finishes include high-pressure laminate (HPL), anti-static PVC, ceramic tiles, carpet tiles, and natural stone.
The choice of finish depends on the space’s functional requirements, design style, and maintenance preferences.
