Application of Raised Floor Systems
Raised floor systems, used in many sectors and applicable to all old and new structures, create extremely advantageous situations in the areas where they are applied. The systems, which allow cables and pipes to be organized without the need for construction, are subject to certain rules before and during application. The first of these rules is that the area to be applied must be cleared of construction debris. If there is any residue on the concrete, it must be scraped off and cleaned for the application to be carried out smoothly.
Floor Pedestals Must Be Fixed
The floor pedestals, specially produced for raised floor systems, ensure that the panels are raised and remain fixed. The adjustable pedestals are fixed with their own special adhesive. The area must be free of dust for the adhesive to adhere. Although not mandatory, after cleaning the area, paint can be applied using epoxy paint. During this process, it is necessary to wait for drying after each primer and paint coat application. After the paint is completely dry, the raised floor system application begins. Before the application, expert teams perform final checks. After a grid process with minimum supports, the placement of the panels is planned. The process begins by pulling a chalk line. After spreading the floor pedestals over the area, the screw tightening process is carried out. With the installation and tightening of the pedestals with screws, the infrastructure processes are completed.
Precise Measurement is Made with a Level
After the infrastructure operations are completed, the level adjustment is made for height. After the final check, the panels are placed. The system installation is completed after carrying out necessary operations such as skirting, outlet box openings, ramp construction, and step construction. Once the system is installed, there is no need for construction for infrastructure operations again. Those who want to access system components can choose specialized firms on their websites. Panels that discharge electricity are extremely important for areas with high electrical current.
