When the grid is secure set the tiles in place to create your new ceiling.
Installing ceiling tile grid.
How to install your armstrong suspended ceiling install grid prepare and hang main beams to prepare the first main beam trim the end of the main beam so that a cross tee slot on the main beam is the border panel distance from the wall b.
Snap a chalk line marking the top of the wall angle.
Install hanger wire or quickhang grid hooks mark the position of each main beam with a chalk line which will run perpendicular to the ceiling joists.
Cut one flange of the angle and bend it around outside corners.
Drop ceilings are cost effective easy to install on your own and allow you to access ductwork and wires easily after it s been installed.
Nail the wall angle at every stud with 1 1 4 in.
On the other end push the cross tee through the main tee slot until it clicks.
Use a foam brush or putty knife to spread adhesive on the back of your tiles.
Pick a height so the ceiling tile will clear the lowest ceiling obstruction like plumbing lines or ductwork.
Suspended ceiling wall molding usg ceilings panels work together with the usg ceilings panels work together with the donn brand sdx sdxl ceiling suspension system to form the fastest installing ceiling systems in the industry.
Apply cement or adhesive to your tiles.
Install all the cross tees until all are in place and your ceiling tile grid is complete.
In order to put in a drop ceiling you need to first install a grid system of runners to support your ceiling tiles.
Check package instructions to determine the correct adhesive or cement for your tile material.
Screw in wire fasteners and wrap hanger wire securely around itself 3 times.
Spread adhesive to the four corners of the ceiling tile about 1 inch 2 54 cm from the edges and to the center of the tile.
It s comprised of a grid that supports 2 x 4 or 2 x 2 ft.
Main beams should be 4 apart on center.
Cut the top of the grid first with tin snips.
Easier to install than drywall a suspended ceiling allows simple access to overhead mechanical systems.