Exposed Grids
Lay-in Tiles
The term lay-in refers to tiles that have minimal tile face coverage by the supporting exposed grid as distinct from lay-on tiles where the face of the tile is fully visible.
Lay-in tiles are used with exposed grid table usually 24/15mm wide although different grid table widths are available.
These can be supplied in a range of standard sizes shown below or tailor made to suit a particular application.
Where lay-in perforated tiles are required it is recommended that the supported edges of the tile are perforated and the un-supported edges (usually the long sides) have plain borders. This arrangement provides the appearance of a plain border edged tiled ceiling with the exposed table grid providing the border on the supported edges.
The grid is supported by GT114 hangers at 1200mm maximum centres in both directions.
APPLICATIONS
| FEATURES:
|
Standard Module Sizes (mm)
| Module Size | Tile Face (nom size) | Grid Width |
| 600 x 600 | 592 x 592 | 15/24 |
| 1200 x 600 | 1192 x 592 | 24 |
Ceiling type:
Fully accessible Lay-in exposed grid metal suspended ceiling.
Suspension system:
Burgess 15mm or 24mm Exposed grid system including main tees suspended at 1200mm centres maximum, 1200mm and 600mm cross tees.
Perimeter trim:
Burgess aluminium channel trim section (ET181), complete with hold down wedges (GT120) to ensure maximum hold down coverage.
Infill units:
Burgess zinc coated steel polyester powder coated ceiling tiles, square edged type E, un-perforated. Tiles to have factory formed apertures for services where required.
Burgess zinc coated steel polyester powder coated ceiling tiles, square edged type E, perforated to pattern D320 to give 14% open area overall. Tiles to have factory formed apertures for services where required.
ADDITIONAL INFORMATION:
To view Perforation Patterns please click here.
To view Fire Performance please click here.
To view Acoustic Performance please click here.
To view Special Finishes please click here.
To view Maintenance please click here.
To view Installation Methods please click here.
