Raised Access Floor System



Raised Access Floor Systems

A raised access floor is a platform built several inches above the structural floor, creating a cavity/void between the existing structural floor and the upper surface of the raised floor. The cavity is utilized for distribution of building services such as power, voice, data, heating and cooling services, etc and is easily accessible anytime for upgrading and reconfiguration of your work space.

Raised access floor systems consist of bolt-together metal pedestals and floor panels of various infills.

The system is completely modular; any panel can be uncovered to access the wires beneath, enabling changes to be made easily without the need for skilled manpower or specialized equipment in minimal downtime. The finished floor surface can be carpet tile, vinyl tile, laminate or stone finished.

Raised access floor systems are designed keeping in mind the constantly evolving needs of the new age workspace. They can efficiently respond to organizational and technological changes quickly and easily, attenuate noise, improve personal comfort control and enhance the aesthetics of the building. Also, access flooring is a long term cost-effective investment, providing a tremendous amount of flexibility and capacity in minimal time.

A perfect platform for business, this system reduces life cycle costs and is designed to meet the most demanding needs of new or refurbished buildings, offering you a flexible and high performance solution. With the integrated raised access flooring system, you can transform any facility into a strategic asset—one you can rely on to deliver measurable benefits.

Steel Cementitious Panel

Steel Cementitious Flange Panel

Unitile's Steel Cementitious Flange Panels (600mm X 600mm) are non-combustible in nature and are coated with electrostatic epoxy paint. These panels consist of flat steel top sheet resistance welded to a formed steel bottom sheet, which is in filled with a lightweight proprietary cementitious mixture. Uniquely designed hemispherical reinforcing pockets on the underside enhance structural strength and deliver ultimate durability and acoustic performance. The cantilever edges of the panel are reduced and this unique product design enhances the technical performance of the system, reduces the risk of damage at site and aims to provide tremendous advantages to the user with respect to handling of panels and ease of installation during the construction program.

Unifold Panel

Unitile latest generation of access floor panels designed using the all new folded flange technology to guarantee a squeak free floor for our users. Unitile’s Unifold Access Floor Panels are non-combustible in nature and are coated with electrostatic epoxy paint. These panels consist of flat steel top sheet resistance welded to a formed steel bottom sheet, which is in filled with a lightweight proprietary cementitious mixture. Uniquely designed hemispherical reinforcing pockets on the underside enhance structural strength and deliver ultimate durability and acoustic performance. The uniqueness of this panel design is it engineered folded edges along the perimeter of the panel, which eliminates damage to the panel edges. Its wider beam width not only enhances the load carrying performance of the system but also provides a squeak free floor.

Unilock Panels

Unitile’s Unilock Access Floor Panels are non-combustible in nature and are coated with electrostatic epoxy paint. These panels consist of flat steel top sheet resistance welded to a formed steel bottom sheet, which is in filled with a lightweight proprietary cementitious mixture. Uniquely designed hemispherical reinforcing pockets on the underside enhance structural strength and deliver ultimate durability and acoustic performance. The Unilock design enables easy access to the cavity and enhances the flexibility for a user to have a combination of fastened & unfastened panels within the same installation.

Ultra Thin Panels

Unitile’s Ultra Thin Access Floor Panels (600x600mm) are non-combustible in nature and are coated with electrostatic epoxy paint. These panels consist of a flat steel top sheet resistance welded to a formed steel bottom sheet made up engineered square pockets with special reinforced beams. This forms a panel of an overall thickness of 22 mm in filled with a lightweight proprietary cementitious mixture. The unique engineering & design ensures structural integrity of the panel and its understructure system for a general office application, tested as per international standards.

Chipboard Panel

Chipboard Encapsulated Panel

Unitile's Chipboard Encapsulated Access Floor Panel consists of engineered 600mm square modular panels constructed around a high density E1 grade chipboard core. The core is fully encapsulated with GI on all six sides in a special mechanical interlocking of the top & bottom GI tray. This double folded lock constructs into a panel that has a unique in-built stringer at the underside of each panel edge. This unique engineering exhibits fine dimensional tolerances for modular control, accurate alignment of grids & inter-changeability of panels that complies with the Euro Class requirement of EN 12825.

Chipboard Non Encapsulated Panel

Unitile's Chip Board Non Encapsulated Panel consists of engineered 600mm square modular panels constructed around a high density E1 grade chipboard core. The system fully complies with the Euro Class requirement of EN 12825. The base and the top surface of the core is factory bonded using an appropriate combination of surface finishes such as Aluminum, Galvanized sheet steel, High Pressure Laminate etc. The surface coverings are trimmed to ensure fine dimensional control, accurate alignment of grids and inter-changeability of panels. A full depth ABS edge band provides total encapsulation of the chipboard core and also protects the edge of the surface covering to prevent ingress of moisture. Electrical continuity is maintained through the top and bottom surface of the panel on to the pedestal head through conductive gasket. This ensures positive positioning and location of the floor panel on to the understructure system.