Main categories of anti-static flooring

1, anti-static tile

On the basis of the ordinary tile preparation process, an antistatic functional powder is incorporated into the green body and the glaze layer. The tile has a stable resistance value of 1.0x10 for the next 6 squares - between 1.0x10 and the 9th power. And the construction is convenient, no need to lay copper strips. It is currently very popular in the market, but there are very few manufacturers that can be produced nationwide.

2, three anti-static floor

The floor is made of high-strength, fire-proof and waterproof materials, and has double anti-static surface. It has excellent waterproof and moisture-proof performance and strong bearing capacity, and is suitable for large and medium-sized computer rooms.

3, all steel anti-static raised floor

(Standard type, borderless type, new type, hemming type, ceramic surface, clean room, ventilated floor)

All steel anti-static floor can be divided into standard all-steel anti-static floor, borderless all-steel anti-static floor, new type of edgeless all-steel anti-static floor.

The specific difference lies in the change of the edge strip. In addition to the structure and many advantages of the all-steel anti-static floor, the new all-steel anti-static floor is another new product developed by Starlight on the basis of the traditional infinite all-steel floor. To a large extent, it overcomes the characteristics that the traditional all-steel anti-static borderless floor is easy to hit and touch, causing the damage of the floor panel to affect the appearance and the anti-static veneer damage caused by the moving objects on the overhead floor.

The floor is made of high-quality steel material after being stamped and welded. High strength, excellent waterproof, fireproof and moisture proof, suitable for large computer rooms with high load requirements.

4, composite anti-static floor

The floor is made of wood chipboard, light weight, low price, low fire and moisture resistance, suitable for small and medium computer rooms.

5, aluminum alloy anti-static floor

The floor is made of aluminum alloy material and is mechanically processed. It has high strength, excellent fireproof and waterproof performance, and the board base has recycling value. It is widely used in the power industry.

6, imitation imported wooden anti-static floor

The floor is manufactured according to imported flooring, with beautiful appearance and excellent performance, and is suitable for all kinds of machine rooms.

7, PVC anti-static floor

The product is made of PVC resin as the main body and is made by special processing technology. The PVC particle interface forms a static electricity network and has permanent anti-static function. It looks like marble and has a good decorative effect. Applicable to telecommunications, electronics industry program-controlled computer room, computer room, clean factory and other areas requiring purification and anti-static.

8, calcium sulfate anti-static floor

The calcium sulfate floor is made of non-toxic and unbleached plant fiber as a reinforcing material, combined with the solidified calcium sulfate crystal, and is produced by a pulse pressing process. Because of its environmental protection, fire prevention, high strength, and flatness, Starlight has become the most widely used material in the raised floor family. It is used in developed countries and regions, and has exceeded the amount of laminate flooring to become the first floor for designers to consider.

Construction process

Base treatment and cleaning -> Positioning and unwinding -> Mounting and fixing adjustable brackets and beams -> Laying raised floor -> Anti-static grounding -> Completion cleaning

(1) Clean the ground: The original ground floor should be level, and there is no obvious unevenness. Use a blade to remove the debris on the ground and clean it up.

(2) Positioning and paying line: According to the flat size and equipment layout of the room, according to the modulus of the movable floor block, the laying plan and reasonable laying method should be formulated. The following principles should be followed:

a. If there is no control cabinet and other equipment in the room, the geometrical dimensions should be laid from the inside to the outside when it meets the modulus of the movable floor panel.

b. If the indoor plane size does not meet the plate modulus, the center point of the two directions should be found out, and the difference between the two sides should be seen. If the difference is not obvious, it should be laid from the outside to the inside; if the difference is large, it should be carried out. Symmetrical compartments, laid from the inside out.

c. If there is no control cabinet and other equipment on the indoor ground (when the hole is to be reserved), the laying direction and sequence should be considered comprehensively.

d. Determine the laying height according to the design requirements.

In summary, after the laying method is determined, it is necessary to carry out the work of finding, arranging, dividing, and positioning the line, that is, it is necessary to put the grid line on the ground, and to mark the line on the surrounding wall, so as to facilitate Operational control during construction.

(3) Mounting and fixing adjustable brackets and beams: It is necessary to place the adjustable brackets according to the elevation control line drawn on the wall around the room and the grounded position on the ground floor, and place the beam on the beam (the beam is affixed to the beam guide) Electrostatic strip), adjust the height of the support to the height of the whole room with a small line and a level. Each nut of the floor support should be tightened after leveling to form a networked bracket.

(4) Laying the raised floor: laying the raised floor block and adjusting the level to ensure that the four corners are flat and tight. When the movable floor block does not meet the modulus, the insufficient part can be inlaid after cutting according to the actual size (fine when cutting the floor). It is fitted with corresponding adjustable brackets and beams.

(5) Anti-static grounding: The grounding of the raised floor should be grounded after installation, and its technical performance should meet the design requirements and construction acceptance specifications.

(6) Clean the ground and accept the work.

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