Originally Posted by
Charles Coolidge
One of my neighbors started assembling the steel frame for his shop building 9 years ago, it's still not done.
That's kinda sad if you think about it...I guess the incentive to finish just wasn't there for them.
Originally Posted by
Charles Coolidge
They sealed the inside of my garage floor with some kind of lacquer, anytime I drip solvent it turns sticky. Are you going to do an epoxy finish?
I don't have any current plans for a formal finish on the floor but will investigate options. It will come down to budget, honestly.
Originally Posted by
Lawrence Duckworth
Sounds like what we used to call a monolithic floor, footing-slab all in one pour. Do you have a frost line that plays into this design, I remember seeing slabs and sidewalks heave from frost back in my early daize in michigan. If I remember right we had to go 42" below grade to get below the frost line.
...btw ... about the age thing, let it go. nothin wrong with paying people to do it for you.
For a wood post frame, it's not usually a monolithic pour...it's a floating slab done after the building is up. Frost line does come into play for how deep the posts have to go, either directly or for any kind of poured support that goes under them if that method is chosen. For a metal post frame (think carport type or red-metal), a monolithic pour is either common or required. For carport type buildings, small structures can get away with just a flat slab and larger ones typically go monolithic with 6-12" of additional thickness at the edges where the structure is bolted onto it. For red metal, the requirements also vary with size , but the monolithic slab will generally have either greater depth at the edge and/or the locations where the heavy posts get bolted will go much deeper...it's a load engineering thing and red metal structures have fewer points where the load is supported. Monolithic slabs still "float", as it were, and are not build on a deep foundation. They do have a lot of mass when engineered for a "heavy" building and may even go deep enough at the edges and with any internal "beams" to be very much like a more traditional foundation in depth, but not being separate from that foundation. Note this is all very simplified and general and I'm not an expert nor to I play one on YouTube. I may have even said something incorrectly, so the bottom line is that for any kind of building, the whole project has to be properly engineered for both structural load and for things like weather conditions for the location it will live.
No worries on the age thing...it's only relevant because it must be. I "prefer" and love to do my own work including challenging things. But I also am not interested in hurting myself or screwing up a $30K+ project. So professionals will be involved.
Last edited by Jim Becker; 03-17-2022 at 2:56 PM.
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The most expensive tool is the one you buy "cheaply" and often...