My wife (me too) can never seem to remember to turn on the bathroom fan when taking a shower or remember to turn off the fan after turning it on, so this solved the problem
Required here in the land of fruits and nuts, along with an occupancy sensor for the lights.My wife (me too) can never seem to remember to turn on the bathroom fan when taking a shower or remember to turn off the fan after turning it on, so this solved the problem
For some reason I thought you were near L.A., not Frisco?Required here in the land of fruits and nuts, along with an occupancy sensor for the lights.
SF bay area, east bay if you want it even closer.For some reason I thought you were near L.A., not Frisco?
Tried to find this at the big box stores and could not. I found their regular tiled Dekton products, but not the Dekton Slim sheet product. Most unfortunate. At the density of 2 pounds per square foot that can used as shower walls.
Tried to find this at the big box stores and could not. I found their regular tiled Dekton products, but not the Dekton Slim sheet product. Most unfortunate. At the density of 2 pounds per square foot that can used as shower walls.
That's a design decision. There is no reason not to pour a monolithic slab then build off of it. Around here it's always slab first then walls. Though block walls are almost never used around here.Bricks do not go on slabs. They go on footings. Slabs are then poured afterwards. Well, at least that is how residential construction concrete is down around my neck of the woods. Commercial is conventional tilt-up precast slabs.
I'm not seeing any glue on the head joints either. Without vertical reinforcement every 4' and horizontal every other course, it would only be allowed for non-bearing interior walls at most.Cool video, promising concept. It will certainly speed up wall building, but (there is always a but), I didn't see the machine that builds the slab the blocks are placed on. I didn't see any reinforcing steel being placed, I didn't see what happens over the top of wall openings. Those are really big holes in the demonstration.
When it's all done, you have unreinforced masonry walls. I assume the entire interior surface will have to be built out to allow for plumbing, electrical, insulation and some sort of covering.
I'd be very interested is seeing how the roof structure is stacked and connected to the blocks as well.
Here in earthquake country it simply wouldn't be allowed. Concrete block has rebar from the foundation up through the top course and a bond beam on top. Every course has a horizontal bar and every core is filled.I'm not seeing any glue on the head joints either. Without vertical reinforcement every 4' and horizontal every other course, it would only be allowed for non-bearing interior walls at most.
And who really wants interior walls of block?