About False ceiling Manufact & Dealer 9844297275 in no 15 , 6th cross jp nagar 5th phase, Bangalore

contact us 9844297275 working time 7:00am to 11:00 pm Everyday
We are a reputed , young and energetic Gypsum ceiling design Contractor , providing a complete range of high end Gypsum ceiling design services and Gypsum ceiling design solutions.false ceiling contractors in Chennai , grid ceiling contractors in Chennai , false ceiling contractors in Bangalore, gypsum ceiling contractors in Bangalore , gypsum ceiling contractors in Chennai , False ceiling contractors in Lucknow , POP contractors in Lucknow , gypsum false ceiling worker Lucknow , gypsum partition contractors in Bangalore , Grid Ceiling contractors in Bangalore , pvc false Ceiling contractors in Bangalore
USES:Its used to conceal varied service lines- structural features , open pipes and wiring, and air conditioning ducts.It gives more options to use special lighting systems such as cove lighting, wall washers, floating effects and so on.False ceiling can be used to give thermal insulation for a given space.Besides, it also creates an effective sonic system especially in auditoriums, cinema halls or recording studios.
TYPES OF SUSPENDED CEILINGS
EXPOSED OR LAY-IN GRID
CONCEALED GRID
SEMI-CONCEALED GRID
CONCEALED GRID FOR
METAL CLIP-IN TILES
METAL STRIP
OPEN CELL CEILINGS
BESPOKE METAL CEILINGS
METAL FURRING SYSTEMS
GRID
PERIMETER TRIMS
HANGERS
Very basic and economic cost of False Ceiling comes out to Rs. 50 – Rs 200 per sq. ft (square feet) . If you add some creative designs and material quality cost goes up. Designs that gel well with rest of the room.
Plaster of Paris ( POP ) is being used since long long time. Since last few years, Gypsum boards are used a lot. Previously simple wood was used, now good quality Ply is commonly used.
False Ceiling
• The suspended ceiling was originally developed to conceal the underside of the floor above and to offer acoustic balance and control in a room.
• The acoustic performance of suspended ceilings has improved dramatically over the years, with enhanced sound absorption and attenuation. This is sometimes achieved by adding insulation known as sound attenuation bats (sabs), more commonly referred to as "sound bats", above the panels to help deaden sounds and keep adjacent rooms quieter.
• EXPOSED OR LAY-IN GRID
• A system where the grid is visible and into which panels are laid. The grid is finished in colours to harmonise or contrast with the panels.
• Panels are manufactured from a variety of materials including mineral/rock fibre, glass fibre, plasterboard, calcium silicate, glass reinforced gypsum, perlite, wood, steel and aluminium. Panels are available in a variety of sizes to suit the modular features of the grid system. The more common being 1200 x 600, 600 x 600 and 500 x 500mm.
• Grid systems are, generally, an inverted ‘T’ design, with a table (exposed face) width of 15 or 24mm. They are rolled from galvanised steel strip with a finished facing of painted steel or aluminium. Grid systems may also have an exposed face that is rolled to a profile or have a profiled aluminium section applied.
• Extruded aluminium exposed grid systems are also available.
• The various components clip together to form square or rectangular modules to receive infill panels.
• Panels have, most commonly, square or simple rebated edges, but some propriety products may have other edge details. A considerable number of face patterns and colours are available.
• Many panels are designed for wide usage and have good general performance. Panels are also available with enhanced features, offering increased sound absorption, sound attenuation, heat insulation, resistance to humidity, etc.
• Exposed grid suspended ceiling systems can contribute to passive fire protection.
• The system is rapid to install and can provide a high degree of access to the ceiling void.
• Concealed Grid (For Tiles Other Than Steel/Aluminium)
• A system where, after the tiles are installed, the grid is not visible.
• The system most commonly comprises galvanised steel ‘Z’ sections fixed with clips to a primary network of galvanised channel sections.
• Systems using inverted ‘T’ sections (similar to those described under ‘Exposed or lay-in grid’) may also be appropriate for specific manufacturer’s tiles.
• Tiles are manufactured from a variety of material, including mineral/rock wool, glass fibre, perlite cast plaster and wood.
• Edges may be kerbed (slotted), back-cut or tongued & grooved to receive the ‘Z’ or ‘T’ section.
• The butting edges of the tiles may be square or bevelled to create a ‘V’ joint feature.
• Common sizes of tiles are 300 x 300 and 600 x 600.
Concealed grid systems require an extremely high standard of workmanship to achieve a satisfactory installation.
• SEMI-CONCEALED GRID :
• A system where the grid is visible in one direction only.
• The exposed grid sections would generally be a 24mm ‘T’, as described under ‘Exposed or lay-in grid’. The concealed components may be similar ‘T’ section, ‘Z’ section (usually 32mm deep) or a special deep ‘cranked Z’.
• As the grid components do not interlock spacer bars must be used to prevent the exposed tee sections ‘spreading’ allowing panels to fall.
• This system is designed to support ‘planks’ – tiles that are 300mm wide and 1200, 1500, 1800 and up to 2500mm long.
• The exposed sections support the shorter edges.
• Planks are manufactured from a variety of material, including mineral/rock wool, glass fibre, wood, steel and aluminium.
• The short edges are square cut and the long edges may be kerbed (slotted), back-cut or tongued and grooved to receive the ‘Z’ or ‘T’ section.
• Planks manufactured from steel or aluminium will, generally, not require the longitudinal (concealed) components.
• The butting edges of the planks are usually bevelled to create a ‘V’ joint feature, but may be square – metal versions may have a separating foam gasket.
• Semi-concealed systems can offer access to the void above the ceiling, but, if required on a regular basis, care should be exercised in the selection of plank material.
INSTALLATION SEQUENCE
• Marking and drilling in primary ceiling.
• fix the perimeter angle section to the walls at the desired levels.
• Suspend the intermediate c channel from the ceiling at the desired height with soffit cleat.( soffit cleat spacing=1200mm, intermediate channel spacing=450/600mm)
• Suspend the main frame ceiling section from the intermediate section with connecting clips at 600mm c/c.
• Screw the panel onto the frame work.
• the electric cables and service ducts ore laid as per design before panels are screwed.
• For final finishing panel can be painted or polished.
• Suspended ceiling is a secondary ceiling which is hung below the main ceiling.
• Also referred as a drop ceiling, T-bar ceiling, false ceiling
• Used for concealing the underside of the floor above
• Used to offer acoustic balance and control in a room & improve insulation.
• Consists of a grid work of metal channels in the shape of an upside-down "T“
• Grid work are suspended on wires from the overhead structure
• Grids modular size = 600x600mm
• Each cell is filled with lightweight "tiles" or "panels" which simply drop into the grid.
• Tiles can be selected with a variety of materials
Installation Of Suspended Ceiling:
• Install splayed wires at 3.6m on center in four directions.
• Provide adjustable compression struts, at center of splayed wires, and attach to the structure above.
• Provide ceiling tile clips.
• Provide 25mm minimum separation between the ceiling system and the enclosing walls
• This separation is called seismic separation
Installation Note:
• Standard grid module systems should not be more than 1.5 m in any direction.
• Hanger attachment devices is capable of carrying either 200 pounds or 3 times the ceiling design load
• Members perpendicular to the wall at the unattached sides of the grid shall be tied together with the help of stabilizing bar (stabilized) to prevent their spreading.
• Lighting fixtures, egress lighting, speakers, air terminals or mechanical services weighing up to 56 pounds can be supported by suspended ceiling
• Sprinkler heads or other similar ceiling penetrations shall be provided with at least 2.54 cm of clearance in all directions surrounding the sprinkler head or extension.
Installation Of Timber Suspended Ceiling:
• Grid system is formed with the help of wooden joists.
• Modular grid size 400x600mm
• Grid system is supported by hanger wire & wooden screws
• Each cell is filled with lightweight “wooden panels" which simply drop into the grid.
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