The borderless all-steel anti-static raised floor is made of high-quality alloy cold-rolled steel plates from Shanghai Baosteel Group, which are formed by spot welding after stretching. The surface is sprayed with plastic after phosphating, the inner cavity is filled with foamed cement, the upper surface is pasted with highly wear-resistant hemp surface anti-static melamine veneer (HPL) or PVC veneer, and conductive strips are embedded around it.
The borderless all-steel anti-static raised floor is made of lower steel plate and upper steel plate, with foamed cement filled in the middle. The veneer is HP diphosphorus veneer, which is usually used in computer room control room classrooms.
The system consists of floors, beams, and supports. The beams and the supports with adjustable heights are connected with screws to form a stable lower support system, and the floor is inlaid in the grid formed by the beams.
Model | specification(mm) | Concentrated load on the board | Shock loads | Ultimate load | Evenly distributed loads | Fire performance | System resistance | |
N | KG | LB/KG | N | (N/m2) | Ω | |||
FS700 | 600×600×35 | ≥2940 | ≥300 | 100/45 | ≥8850 | ≥14710 |
ASTM E84-01:Flame spread:0 Smoke Density:0 |
Conductive type:10⁴-10⁶ Electrostatic consumption type:10⁶-10⁹ |
FS800 | 600×600×35 | ≥3560 | ≥363 | 100/45 | ≥11250 | ≥17780 | ||
FS1000 | 600×600×35 | ≥4450 | ≥454 | 150/68 | ≥14500 | ≥22220 | ||
FS1250 | 600×600×35 | ≥5560 | ≥567 | 150/68 | ≥18360 | ≥27780 | ||
FS1500 | 600×600×35 | ≥6680 | ≥680 | 175/68 | ≥22170 | ≥33340 | ||
FS2000 | 600×600×35 | ≥8890 | ≥907 | 175/68 | ≥29420 | ≥44450 |
The borderless all-steel anti-static raised floor is widely used in computer rooms, satellite ground station rooms, radio control rooms, TV transmitter control rooms, microwave communication station rooms, program-controlled switch rooms, clean workshops, electronic instrument factory assembly workshops, confidential optical instrument manufacturing workshops, hospitals, schools and other places with anti-static requirements.