- #Install support beam in ceiling how to#
- #Install support beam in ceiling update#
- #Install support beam in ceiling professional#
Subtle details like that allowed Kasey and Joe to align two separate beams and cover the seam, for a brilliant final result. As long as you cover the seam with a beam strap, it's almost impossible to tell it's not one long, solid piece. If you line up one timber beam with another, it'll often be a half inch or more wider.įaux beams, in contrast, remain exactly the same width no matter what. You could theoretically do the same with real wood - if you could stomach the cost, and support the weight - but the problem with lengths of real timber is that they're notoriously irregular in size. The benefit is that these 1.5 inch straps can completely cover the seam where you place one length of beam against the other, to give the illusion of a single seamless beam stretching more than thirty feet. Without actually reaching up and touching them, you'd never know they weren't the real thing. We offer a stunningly realistic alternative - rubber straps that attach directly to our beams with construction adhesive.
The subtle application of a beam strap helps hide the seam, and create the impression of a single length of solid timber. If you've ever seen pictures from real timber-framed homes, you'll often see 'beam straps.' These are iron bands that are folded over the beams to reinforce them. Fortunately, our beam straps do exactly that.
#Install support beam in ceiling how to#
In contrast, faux beams weigh a fraction of real beams, and you could easily install 30' of them across the length of the ceiling with nothing more involved than mounting blocks screwed into the ceiling studs.īut how to overcome the challenge of the 30+ foot ceiling span. You'd have to spend a fortune on materials and labor, and the ceiling of almost any normal home would struggle to hold that weight.
#Install support beam in ceiling professional#
A 30' beam easily weighs upwards of 500 lbs and would take a professional crew and some serious structural supports to install.įor Joe and Kasey to span the length of their ceiling with real wood would be functionally impossible. The price of wood multiplies exponentially depending on its length - not to mention its weight does, too. To cut a thirty-feet long length requires a tree trunk nearly double that size - and it takes no less than 30 years to grow a 60' tall tree of even a fast-growing variety like cypress. Remember, to create a real timber beam, you have to take a length of wood from an actual tree. Now, that might sound like an obstacle - but it's actually one of the many opportunities in which 'going faux' accomplishes what using a real wood beam couldn't. However, the room's length is more than 30 feet - the maximum beam length we can produce.
#Install support beam in ceiling update#
Joe and Kasey, from Newport, California, had an open-plan kitchen and living room they wanted to update - and they identified our Custom Beachwood beams as the perfect accent for the apex of its ceiling. Joe and Kasey had a full-length ceiling to span in their kitchen
But today we got sent a project photo that identified one of the other key reasons why 'going faux' is the best option for installing a faux beam in your home - and it's all about size. There are a variety of reasons why - affordability, easy installation and their incredible versatility thanks to their lightweight, customizable design. We've often mentioned how our beams are actually superior to their real wood counterparts. Q: The ceiling joist would lap a 10 inches away from this new beam for approx 5' (or ~4 joists).Our custom beams are available up to 30 feet long, but what happens when your project requires a super large beam? Q: Is there a coversion table I can use that would allow me to go from a D.Fir beam to a GL? He said that it would work and mentioned using a 4'x12' D.Fir beam.Īfter thinking about it I would like to use a Glued Laminate beam instead (it smaller and easier to get up there above the ceiling. I talked briefly with the structural engineer I had used before about my plan for supporting the ceiling, which is to lay a beam on the top of the ceiling joists supported by posts that sit on top of the main support beam for the floor. The walls I want to remove run down the middle of the house. The house is a single story and the roof is stick framed with the weight of the roof on the exterior walls. I am remodeling a home and need to remove a bearing wall that is supporting the 2圆, 16oc spacing ceiling joists.
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