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Aluminum Solid Raised Access Floor

Aluminum Raised Access Floor is made of high strength and pure cast aluminum. The die-cast method ensures a high level of accuracy and uniformity in the panels, resulting in a smooth and stable surface.

Due to its non-porous nature and easy cleanability, it is often used in clean rooms—environments that require strict control over particulate contamination. Aluminum Raised Access Floor not only supports complex mechanical and electrical needs but also helps maintain the stringent cleanliness requirements of industries such as pharmaceuticals, biotech, and semiconductor manufacturing. The use of aluminum further enhances the flooring's resistance to corrosion, lightweightness, and recyclability.

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Aluminum Solid Raised Floor Video

Aluminum Solid Raised Floor Details. These panels consist of a flat aluminum top sheet which is welded to a formed aluminum bottom sheet.

Aluminum Solid Raised Floor Characteristics

Thermal Conductivity

Aluminum's good thermal conductivity helps in heat dissipation, a valuable attribute in environments with heat-generating equipment;

Excellent load performance

They can support the weight of heavy equipment commonly used in cleanrooms, data centers, and other similar environments;

Class A flame spread & smoke developed index;

Dimensional accuracy allows free interchangeability;

Convenient maintenance

Aluminum die-cast panels are robust and durable

Recyclable and economical system

Aluminum is recyclable, making these flooring systems a more environmentally friendly choice;

Aluminum Solid Raised Floor Specifications

When choosing raised floor, it's crucial for you to consider the specifications as they represent the performance of a typical installation. While Raised Access Floor Panel criteria, such as concentrated load, are often used to specify floor systems, this test isn't an accurate representation of an actual installation. It's performed with panel testing blocks, not actual understructure. Therefore, it's important to take into account all factors that may affect the performance of the Raised Access Floor System.

Project Detail	Finish	System Resistance	Material	Concentrated Load	Ultimated Load		Uniform Load	Special Treatment
HLS300	HPL/PVC	Conductive 1O⁴-1O⁶Ω or Static Dissipative 1O⁶-1O⁹Ω	Die-cast aluminum	300kgf/6.45cm2 Deflection<=2.0mm	600kgf/6.45cm2	800kgf/m2 Deflection<=1.0mm		Epoxy coating or Ni-Cr plating
HLS500	HPL/PVC	Conductive 1O⁴-1O⁶Ω or Static Dissipative 1O⁶-1O⁹Ω	Die-cast aluminum	500kgf/6.45cm2 Deflection<=2.0mm	1000kgf/6.45cm2	1250kgf/m2 Deflection<=1.0mm		Epoxy coating or Ni-Cr plating
HLS700	HPL/PVC	Conductive 1O⁴-1O⁶Ω or Static Dissipative 1O⁶-1O⁹Ω	Die-cast aluminum	700kgf/6.45cm2 Deflection<=2.0mm	1400kgf/6.45cm2	1700kgf/m2 Deflection<=1.0mm		Epoxy coating or Ni-Cr plating
HLS1000	HPL/PVC	Conductive 1O⁴-1O⁶Ω or Static Dissipative 1O⁶-1O⁹Ω	Die-cast aluminum	1000kgf/6.45cm2 Deflection<=2.0mm	2000kgf/6.45cm2	2000kgf/m2 Deflection<=1.0mm		Epoxy coating or Ni-Cr plating
HLS1200	HPL/PVC	Conductive 1O⁴-1O⁶Ω or Static Dissipative 1O⁶-1O⁹Ω	Die-cast aluminum	1200kgf/6.45cm2 Deflection<=2.0mm	2400kgf/6.45cm2	2200kgf/m2 Deflection<=1.0mm		Epoxy coating or Ni-Cr plating
HLS1500	HPL/PVC	Conductive 1O⁴-1O⁶Ω or Static Dissipative 1O⁶-1O⁹Ω	Die-cast aluminum	1500kgf/6.45cm2 Deflection<=2.0mm	3000kgf/6.45cm2	2500kgf/m2 Deflection<=1.0mm		Epoxy coating or Ni-Cr plating
HLS2000	HPL/PVC	Conductive 1O⁴-1O⁶Ω or Static Dissipative 1O⁶-1O⁹Ω	Die-cast aluminum	2000kgf/6.45cm2 Deflection<=2.0mm	4000kgf/6.45cm2	4000kgf/m2 Deflection<=1.0mm		Epoxy coating or Ni-Cr plating
HLS2500	HPL/PVC	Conductive 1O⁴-1O⁶Ω or Static Dissipative 1O⁶-1O⁹Ω	Die-cast aluminum	2500kgf/6.45cm2 Deflection<=2.0mm	5000kgf/6.45cm2	5000kgf/m2 Deflection<=1.0mm		Epoxy coating or Ni-Cr plating
HLS3000	HPL/PVC	Conductive 1O⁴-1O⁶Ω or Static Dissipative 1O⁶-1O⁹Ω	Die-cast aluminum	3000kgf/6.45cm2 Deflection<=2.0mm	6000kgf/6.45cm2	6000kgf/m2 Deflection<=1.0mm		Epoxy coating or Ni-Cr plating

Raised Access Floor design load is tested using CISCA Concentrated Load test method on actual understructure instead of steel blocks. The design load is determined by taking the lesser value of the ultimate load divided by two or the point at which permanent damage occurs (yield point).
The Raised Access Floor safety factor is the multiple of Design load to the Ultimate Load. International standards and Dawn recommend' a minimum of 2.

Aluminum Solid Raised Floor Accessories

Installation accessories

The finished access floor will be rigid, free from vibration and rocking panels within a 3mm level over the entire space. Panels will be accurately cut to fit around all permanent features. All whole panels will be completely interchangeable allowing for any future changes. The access floor will maintain these original conditions when sufficient panels have been removed for normal underfloor access.

Pedestals and stringers are necessary for installation. The specifications of pedestals and stringers for different types of flooring are different. Please contact us if you need suggestion.

Standard All Aluminum Pedestal
Standard All Steel
Pedestal
Heavy Duty Steel
Span Structurer
Heavy Duty Pedestal
Assembled with "H" Beam

Aluminum Solid Raised Floor Production Line

Packing & Delivery

Steel Raised Floor Details. These panels consist of a flat steel top sheet which is welded to a formed steel bottom sheet.

Packing Details

Wooden pallets

Delivery Details

15-20 days