Application
Data center, computer room, control room, laboratory, post telegraph, power control center, workshop and places where require anti-static environment or have many wires.
Characteristics
- Patent design with black layer routed into the HPL
- Excellent anti static performance
- Flame retardant, anti-skid, anti-rust, anti-soil
- Mighty glue, strong wearability, non-bubble, non-degumming
- Class A flame spread and smoke development rating
Understructure
The finished floor height(FFH) of the raised access floor, measured from the sub-floor to the top surface of the installed flooring system, shall be as shown in the contract drawings.
Technical parameters
The raised floor will be with a safety factor of three times the concentrated (design) load, and is capable of meeting static and dynamic loads per CISCA Platform (Raised Access) Floors Performance Specification.
Production process
Installation & maintenance
Why anti static flooring?
Static electricity not only causes random failures, malfunctions or calculation errors in the operation of the equipment room, but also causes breakdown and destruction of certain components, such as CMOS, MOS circuits, and two-stage circuits. In addition, static electricity is applied to external devices of the computer, so anti-static flooring can be very necessary for data center, serve room, computer rooms, etc.
Data center, serve rooms need to adapt different layouts with different users and lessees, traditional facilities always become obsolete due to wiring and wiring distribution problems created by organisational changes and advances in technology, so building designers and facility managers need to face the challenges of constantly changing space needs while keeping life-cycle costs down. In data centers, computer rooms and all places with large numbers of electronic devices, owners need to find a way to eliminate the harmful effect to all their devices, so their service life can be extended, at the same time, huge and complicated wiring is a big headache.