ratdoggy
Well-known member
I have an I-beam I want to box in and cover with sheetrock. Would construction adhesive be good enough to attach 2X4's to it? Has anyone done this?
It should work, however the better approach is to frame around it and rock that.
Yes.
You can use construction adhesive to glue "nailers" to the inside and outside of the top and bottom flange, and then attach your sheet rock to those. I did this in a garage at a previous residence, and they have done it on several commercial projects where I work (which is where I got the idea).
If the whole beam is exposed, you can do just the outside nailers, but if the top is inaccessible, you have to go under the top flange. The ones shown over the top of the the bottom flange are superfluous, but could assure the nailers do not "fall" from the beam, once the sheet rock is screwed to them..
You could rent or borrow a "pin" gun and shoot you wood right to the beam. Or, run 2x2s horizonal, them use scrap plywood vertically and horizonally. Nail the ply on the inside, prefab on the floor then nail it up and add drywall. I do kitchen soffits above the top cabinets this way. quick and easy.
Below are two pictures of a-typical I-beams and how to "finish" them.
The first pic is the old "standard" protocol for framing a dimensional lumber floor system with an I-beam. The I-beam would usually have small holes in the top and bottom flanges to attach 2X. The 2X would be the same width as the I-beam- that would be your nail structure for d/wall.
The second pic would be the usual build-out of an I-beam in a basement/terrace level finish. A soffit if you will- and generally bigger than the I-beam itself because of other mechanical features installed next to it.
Yes.
You can use construction adhesive to glue "nailers" to the inside and outside of the top and bottom flange, and then attach your sheet rock to those. I did this in a garage at a previous residence, and they have done it on several commercial projects where I work (which is where I got the idea).
If the whole beam is exposed, you can do just the outside nailers, but if the top is inaccessible, you have to go under the top flange. The ones shown over the top of the the bottom flange are superfluous, but could assure the nailers do not "fall" from the beam, once the sheet rock is screwed to them..
The "pin gun" he's referring to would be a powder actuated fastener, most common for shooting nails into concrete, but yes, it will shoot into 3/8 steel, and is the method I would use. Make sure that you use a pin that's long enough to pass through your lumber and into your steel, so 3/8" + whatever your material is. Your pin should be knurled on the end, If you're using Hilti's cartridges you may be able to use the yellow, but otherwise you're probably going to need the red. After shooting you should see a raised area on the opposite side of the material, you don't need full penetration of the fastener, as it will "weld" itself as it displaces the metal going in. You'll most likely need a .27 cal, you can rent them at some home depot's, if you go that route you'll likely get a DX36M, great tool, easy to use, and you can get the Hilti cartridges and nails right there.
The tools are safe, they won't fire (if functioning properly) unless the nose is fully compressed against the material you're fastening, and the trigger is pulled. They are loud, so keep the kiddos out of the basement, and remember to wear hearing protection, as well as eye protection.
Yes.
You can use construction adhesive to glue "nailers" to the inside and outside of the top and bottom flange, and then attach your sheet rock to those. I did this in a garage at a previous residence, and they have done it on several commercial projects where I work (which is where I got the idea).
If the whole beam is exposed, you can do just the outside nailers, but if the top is inaccessible, you have to go under the top flange. The ones shown over the top of the the bottom flange are superfluous, but could assure the nailers do not "fall" from the beam, once the sheet rock is screwed to them..

