The aluminum raised flooring are formed from alloy ingots using the precise high pressure die casting machine then subjected to CNC machining to become the various types of flooring. The flooring is designed for high loads and manufactured using a large 3000 ton die casting machine, making it light and strong with exacting tolerances. The result is environmentally friendly flooring that can be reused or recycled.

Conductive Tile is used in clean rooms, with a standard surface resistance ranging from2.5×10000 to 1×1000000 Ohms. (The optimal surface resistance value as specified by the ADV53.1 Standards of the U.S. Electrostatic Discharge Association.) 

The conductive tile uses a polymer particle interface to create a static conductive network so it provides permanent anti-static protection. Externally it appears to resemble the patterns of marble, giving it a more decorative effect. Suitable applications include telecommunications, electronics, power, micro-electric and medical industries' control centers, computing rooms, electrical distribution rooms and clean/purification rooms that require a clean and static free environment. 

High Pressure Laminate (HPL) is manufactured from several kinds of special papers that have been treated with phenol formaldehyde, melamine and resins then subjected to high heat and pressure to become thermosetting based decorative laminated sheets. 
It is not only colorful, smooth and glossy, it is also resistant to wear, heat and contamination.  It can be cleaned and used for permanent decoration. Standard thicknesses are 1.2mm and 1.5mm, though custom thicknesses can be made to order.

“Hi-Tech Plants” often install aluminum raised flooring in their clean rooms since the movement of personnel, equipment and instruments tend to lead to wear and static build up that generate microscopic dust particles. To prevent dust and particles remaining in the clean room, raised aluminum flooring systems are throughout the hi-tech industries such as semi-conductor chip fabs, NMR scanning, IC testing, photoelectric mask laboratories, LCD, TFT, precision instrument and bio-technology.  To control the direction of air flow and reduce localized turbulence, clean rooms use the space beneath the flooring for the flow of return air and ducting. The flooring panels used include perforated panels, grate panels and solid panels.