Ceramic Finish Calcium Sulphate Raised Access Floor

Ceramic Finish Calcium Sulphate Raised Access Floor

602*602mm
Abeite Calcium Sulphate Raised Floor is hot selling product, it’s made by 100% green environmental protection natural gypsum powder. From the selection of materials, procurement, production, packaging, are following the Chinese and PSA MOB PS/SPU、DIN EN 12825 specifications. With the German brands Mero and Lindner as the goal, to provide our customers with high-quality products.

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Abeite Calcium Sulphate Raised Floor is hot selling product, it’s made by 100% green environmental protection natural gypsum powder. From the selection of materials, procurement, production, packaging, are following the Chinese and PSA MOB PS/SPU、DIN EN 12825 specifications. With the German brands Mero and Lindner as the goal, to provide our customers with high-quality products.

Customize Your Floor：
Ceramic Color

Characteristics：
● Stable electrostatic performance, Class A fire, sound insulation, dust and dirt resistance, chemical corrosion resistance；
● Strong surface wear resistance, the hardness of 7 degrees Mohs, easy to clean；
● No deformation, no dust, strong carrying capacity, combined with ceramic characteristics, anti-aging, the service life of more than 60 years；
● Variety of colors, including pure white, wood grain, etc., beautifully paved,decorative；
● OEM is available.
Applications：
Data Centers, Commercial Buildings, Educational Facilities, Clean Rooms, Control Rooms, Libraries and places where require anti-static environment or have many wires.

Package & Delivery：
The normal package is a paper box, but wooden box or other kinds are also optional.

Wood box is optional.

Why Choose Our Product?
Calcium sulphate raised floor panels, also known as gypsum raised floors, have several attributes that make them a preferred choice for modern office spaces, data centers, and environments requiring robust and stable flooring solutions. Here's a detailed look at the key selling points of calcium sulfate raised floors:
1. High Load-Bearing Capacity
Calcium sulphate panels are known for their exceptional strength and durability. They can support heavy loads, making them suitable for areas with heavy equipment
or high foot traffic. This high load-bearing capacity ensures longevity and reliability, reducing the need for frequent replacements or repairs.
2. Superior Fire Resistance
One of the standout features of calcium sulphate is its excellent fire resistance. It is a non-combustible material that can withstand high temperatures without releasing
harmful substances. This makes calcium sulphate raised floors ideal for buildings that prioritize safety and compliance with stringent fire codes.
3. Enhanced Acoustic Performance
Calcium sulphate provides better sound insulation compared to other materials like particleboard or steel. This acoustic benefit is particularly valuable in office environments
where noise reduction can contribute to a more comfortable and productive workspace.
4. Environmental Stability
Calcium sulphate panels are less prone to expansion and contraction with changes in humidity and temperature. This dimensional stability helps in maintaining the integrity and alignment of the floor system, which is crucial in environments like data centers where precision is key.
5. Moisture Resistance
While not completely waterproof, calcium sulfate offers better moisture resistance than many other core materials used in raised floors. This feature reduces the risk of mold growth and structural damage due to moisture, enhancing the overall indoor air quality and longevity of the floor system.
6. Eco-Friendly
Calcium sulfate is often manufactured from recycled materials, making it an environmentally friendly choice. The panels are also fully recyclable at the end of their life cycle, which appeals to organizations committed to sustainable building practices.
7. Compatibility with Underfloor Systems
The robustness and stability of calcium sulfate make it ideal for integrating with underfloor heating and cooling systems, as well as cable management systems in data centers and offices. This compatibility allows for flexible and efficient building design and infrastructure planning.
8. Aesthetic Flexibility
Calcium sulfate panels can be finished with a variety of coverings, such as high-pressure laminates, vinyl, or rubber, providing aesthetic versatility to match any interior design. This adaptability is a significant advantage when aesthetics are as important as functionality.
9. Easy Maintenance
Floors made from calcium sulfate are easy to maintain. Their resistance to wear and tear means they require less frequent replacements of the finish covering, and their stable nature minimizes issues with misalignment or uneven surfaces that can complicate cleaning procedures.
Conclusion
The combination of high durability, excellent fire resistance, superior acoustic properties, and environmental stability makes calcium sulfate raised floors a compelling choice for commercial and technological spaces. These features cater to the needs of modern buildings that prioritize safety, durability, and sustainability, thereby justifying the investment in calcium sulfate raised floor systems.
FAQ
▼ Q: Why do data centers have raised floors?
A: In data centers, isolated air-conditioning zones are often associated with raised floors. Perforated tiles are traditionally placed beneath computer systems to direct conditioned air directly to them. In turn, the computing equipment is often designed to draw cooling air from below and exhaust into the room.
▼ Q: What types of covering finishes are available?
A: Panels may be covered with a variety of flooring finishes to suit the application, such as carpet tiles, high-pressure laminates, PVC, marble, stone, Ceramic, Parquet, Rubber, Linum and antistatic finishes for use in computer rooms and laboratories.
▼ Q: How much weight can a raised floor support?
A: Calculate the floor loads for your server with these formulas.
A floor loading assessment is the evaluation of the concrete subfloor, not the raised floor. The weight of the raised floor is considered in the floor loading formula.
The building floor must support the weight of the equipment to be installed. Although older devices might impose 345 kg/m2 (75 lb/ft2) on the building floor, a typical server design imposes a load of no more than 340 kg/m2 (70 lb/ft2). The following pounds-per-square-foot (lb/ft2) formula is used to calculate floor loading. For assistance with floor load evaluation, contact a structural engineer.
Floor Loading is: ( machine weight + (15 lb/ft2 x 0.5 svc clear) + (10 lb/ft2 x total area))/ total area
The floor loading should not exceed 240 kg/m2 (50 lb/ft2) with a partition allowance of 100 kg/m2 (20 lb/ft2) for a total floor load rating of 340 kg/m2 (70 lb/ft2).
The raised-floor weight plus the cable weight adds 50 kg/m2 (10 lb/ft2) uniformly across the total area used in calculations and is included in the 340 kg/m2 (70 lb/ft2) floor loading. (The total area is defined as machine area + 0.5 service clearance.)
When the service clearance area is also used to distribute machine weight (weight distribution/service clearance), 75 kg/m2 (15 lb/ft2) is considered for personnel and equipment traffic. The distribution weight is applied over 0.5 of the clearance up to a maximum of 760 mm (30 in.) as measured from the machine frame.
The raised floor on which the system will be installed must be capable of supporting the system's weight. Contact the raised floor tile manufacturer, a structural engineer, or both to verify that the raised floor is safe to support a concentrated load equal to one-third of the total weight of one rack on a single raised floor tile. Under certain circumstances, such as relocation, it is possible that the concentrated load on a single raised floor tile can be as high as one half of the total weight of one rack per caster. When you are installing two adjacent racks, it is possible that one caster from each rack can be placed on the same raised floor tile. The load on the raised floor tile can be as high as one-third of the total weight of both racks.
Depending on the type of raised floor tile, additional supports, such as pedestals, might be necessary to maintain the structural integrity of an uncut tile or to restore the integrity of a tile that is cut for cable entry or air supply. Contact the raised floor tile manufacturer, a structural engineer, or both to ensure that the raised floor tiles and pedestals can support the concentrated loads.
* Note: The above explanation from Wikipedia
▼ Q: What is the expected lifetime of a raised access floor?
A: The expected life span of a raised access floor system is outlined in the PSA MOB PF2 PS / SPU specification as:
● The supporting components should have a minimum life of 50 years.
● The floor panels (excluding floor finish) should have a minimum life of 25 years.
▼ Q: What range of finished floor heights (FFH) is available?
A: Using standard pedestals finished floor heights from 80mm to 2000mm are achievable.As a general rule above a finished floor height of 600mm heavy-duty pedestal and bracing will be introduced to provide additional lateral stability.
Type: FS662-1500 Finished Floor Height: 70-2000mm Panel Size: 600*600mm、800*800mm and special size Ceramic Thickness: 10/12mm Ceramic Type: Normal ceramic and Anti-static ceramic Type Size Concertrated Load Defleation≤2.5mm Uniform Load Ultimate Load System Resistance mm LBS KN KG KN/㎡ KN Ω FS662 600*600 662 2.95 300 12.50 8.85 1.0x106-1.0x109 FS800 800 3.56 363 16.10 10.68 FS1000 1000 4.45 454 23.00 13.35 FS1250 1250 5.56 567 33.00 16.68 FS1500 1500 6.67 680 34.50 20.02 FS2000 2000 8.90 906 46.00 26.70

Type:	FS662-1500
Finished Floor Height:	70-2000mm
Panel Size:	600600mm、800800mm and special size
Ceramic Thickness:	10/12mm
Ceramic Type:	Normal ceramic and Anti-static ceramic

Type	Size	Concertrated Load Defleation≤2.5mm			Uniform Load	Ultimate Load	System Resistance
Type	mm	LBS	KN	KG	KN/㎡	KN	Ω
FS662	600*600	662	2.95	300	12.50	8.85	1.0x106-1.0x109
FS800		800	3.56	363	16.10	10.68
FS1000		1000	4.45	454	23.00	13.35
FS1250		1250	5.56	567	33.00	16.68
FS1500		1500	6.67	680	34.50	20.02
FS2000		2000	8.90	906	46.00	26.70