Daily Maintenance and Installation of Network Floors

Daily Maintenance of Network Floors

Room environment requirements for laying network flooring: temperature of 15-35°C, relative humidity of 45%-75%.

(2) Prohibit the use of sharp or pointed tools for direct construction operations on the decorative surface of the activity floor, to prevent damage to the network function and aesthetic quality of the decoration.

(3) During use, personnel must not jump directly from a height onto the network floor. When transporting items on the floor, it is prohibited to push objects directly on the floor to avoid direct friction between the object and the ground, which may cause scratches on the floor surface. Generally, use carts equipped with rubber wheels for transportation or lay down isolation pads between the object and the floor.

(4) When placing heavier items on the network floor, they should be placed evenly to prevent damaging the floor.

When maintaining items or equipment in the subfloor space, use a floor demounting pad to disassemble the floor.Network FlooringHandle floor tiles with care during installation and removal to prevent damage.

(6) During use, maintain the cleanliness of the network flooring by using a clean mop and cloth. Pay special attention not to spill excessive amounts of water or cleaning agents on the floor, as this may affect the lifespan of the network flooring and the normal operation of the lines and equipment beneath it.

(7) During use, be particularly careful to avoid scratching the network spray coating on the active floor. If any scratches are found, use gray paint to touch them up, ensuring the coating remains intact.

(8) Please prevent small objects (such as coins, keys, paper clips, push pins, etc.) from falling into the ventilation openings of the ventilation floor to avoid damaging the ventilation effect.

Network flooring is made by stamping steel plates together with spot welding, coated with a network spray paint, filled with lightweight reinforced foam cement, and adhered with various network pads. After completion, it achieves a flat surface, excellent interchangeability, wear resistance, pressure resistance, corrosion resistance, and fireproofing properties. The flooring supports an elevated installation, allowing for the laying of various pipelines underneath as needed. It is safe, convenient, and flexible, and is widely used in computer rooms, programmed control rooms, and numerous integrated control rooms, with a promising future for development.

The installation of the raised floor engineering should be the final phase of interior decoration. All other interior works must be completed and pass inspection before laying the activity floors. Additionally, equipment exceeding the floor load capacity has been placed in the predetermined locations, and the interior of the adjacent room has also been finished, to ensure that no cross-work with other trades occurs during floor installation, and that no processing of the floor or its accessories takes place indoors.

2. Construction Sequence 1) Preparation: The base must be smooth, clean, and non-dust-generating for the installation of the network flooring. Therefore, the base can be either the leveling layer or the finish layer of the floor. However, regardless of the base, it should be thoroughly cleaned before the installation of the network flooring. Additionally, the base must not peel or flake, and varnish should be applied if necessary. 2) Determine the铺设 plan.

b. When the flat size does not conform to the modular size of the floor tiles, the width of the floor to be cut at the edge must be no less than 100mm². c. When there are changes in the floor level within the same room, each area with the same level should be treated as a relatively independent unit for separate installation. A separate edge sealing solution should be considered at the junction of the level changes. d. Based on the above principles, and considering the shape of the room and the position of the internal columns and equipment, determine the floor installation plan. 3) Benchmark Point, Draw the Benchmark Cross Line, set the benchmark points according to the selected installation direction and sequence, use a theodolite to project the benchmark cross line on the subgrade, draw lines based on the tile size to form a grid, and note the reserved position of the equipment.