Raised Floor System

Systems

During the past, raised floor was used only in the data centers and computer rooms. Due to the increased application of advance technology which need proper cable management, raised floor became common as an effective cable management solution in commercial buildings, schools, labs, universities, corporate offices etc. By identifying various applications, SK Engineering raised floor system using cement, calcium sulfate and wood as the cores and panels are made with bare finish, ceramic finish, carpet or anti-static finishes with high pressure lamination or with vinyl.

Trunking System

SK Trunking System, made of cement core steel panels, enables easy routing through the cable tanks around the panels. The data cables and power cables can be routed in such a way to reduce electro magnetic interfaces. This is recommended as an ideal solution for commercial building where there is low roof height. The system is available in low floor level and high floor level.

Stringer System

Though stringer system is used for most of the raised floor applications, SK stringer system refers for cement core steel panels used with pedestal and stringer substructure. As in the case of Trunking system, panels made of cement core totally encased with in the steel welded shell. The system is available either with electro-deposited epoxy paint, ceramic finish or with antistatic HPL or Vinyl top finish

Corner Lock System

Air Flow Panels

Fully steel or aluminum constructed air flow panels or perforated panels are designed to carry heavy load applications. The rate of perforation on the panels is varying according to the air flow level. The top finish will be antistatic HPL or Vinyl.

Sub Structure

Adjustable pedestals in pressed and galvanized steel with an adjustment field from 3 cm to 5 cm normally and for special cases it can be up to 10cm vertical adjustment. Rectangular base of pedestal with min. size 95mm x 95mm / 3.5mm thick with 4 strengthening ribs and 4 holes to permit mechanical fixing if required. Head of 100 mm diameter 3 / 3.5mm thick cold pressed and cut shaped with 8 radial branches which constitute the support for the stringers. The profile of the branches is appropriately shaped to permit Snap-On connection and lateral locking of the end of the stringers which from the octagonal grid( For contentious panels, the head designed in square shape). Each branch has a hole to permit the screw fixing to the stringers to the head if required. The other 4 branches are available for supporting diagonal stringers where these may be required for particularly onerous loading requirements. The Bottom center section of the head is expanded into a threaded rod section for vertical adjustment which engages with the 1.5 check nut in order to prevent the latter from rotating. The tube section of 25mm diameter, 2mm thick, the length of which depends on the floor height required, continuously welded to the base of pedestals. Conductive rigid plastic head gasket to dampen noise and vibrations with 4 legs on the top provides lateral location of the panels. The pedestals are set in link with distance of 600×600 mm for the fixing of pedestals. Galvanized steel pedestal either glued to the sub floor with adhesive or mechanical fixing of with pedestal base using 2mm steel screws.

IT Room
IT Room
IT Room