4" is pretty thin for heavy use. Most lifts require 5-6". If your considering a lift you might pour the a thicker area for the lifts!im just doing the regular "code" slab. 4" of gravel and 4" concrete with rebar in between
4" is pretty thin for heavy use. Most lifts require 5-6". If your considering a lift you might pour the a thicker area for the lifts!im just doing the regular "code" slab. 4" of gravel and 4" concrete with rebar in between
What about a perimeter footer?
Code only requires 6 inches of concrete in the footing that has to be below the frost line which is 13 inches in our area. Poor it 8 an be gone. No need for 12 in the footings.
I build houses for a living. Who the hell are you? A was simply stating that the code only required 6 inches of concrete for a building like the person in this thread is talking about. If you build a house only to code it isn't worth having. In my area which is in Hendersonville nc the frost line is 13 inches. Instead of only pouring 6 inches as per code poor 8 an be done with it. On the houses we usually build, the footings we usually require 5ft wide an poor 2 ft deep. You got anything else to say? If you want to see some of the multi million dollar houses we build I will gladly get up with you an show you some of them. Do you have any building experience or you one to set around reading a code book an dont even know which end of a hammer to use to drive a nail.You have no idea what you're talking about. Bottom of footing has to be below the frost line to prevent heaving, per code. Frost line in Watauga county is 10 in below grade.
Code only requires 6 inches of concrete in the footing that has to be below the frost line
which is 13 inches in our area. Poor it 8 an be gone. No need for 12 in the footings.
Good for Shawn. Just because he didn't understand what I was saying dont give him no right to say I have no idea what I'm talking about. Like I said most of these people have no idea which end of a hammer to use. There are alot of people here call there selves contractors that have never even drove a 50lb box of nails. Don't know if this is Shawn's case. An dont really care. But when someone missunderstands what im saying an says crap like that. I do take offence to thar. The bottom of the footing has to be at least 13 inches deep, which is where our frost line is. Then you put 8 inches of concrete back on it.Uhh shawn (and his wife) are the ones who design those million dollar homes and multi multi million dollar commercial structures. He's got papers on his wall and letters after his name to say he knows what he is talking about.
But I am a bit confused...
You said
Then you say:
If it has to be below the frost line, which is 13" deep...how can you poor (sic) 8" and be good?
8<13...I think but what do I know...serious question I am an electrical guy I dont know crap about sub structure.
The bottom of the footing has to be at least 13 inches deep, which is where our frost line is. Then you put 8 inches of concrete back on it.
I build houses for a living. Who the hell are you? A was simply stating that the code only required 6 inches of concrete for a building like the person in this thread is talking about. If you build a house only to code it isn't worth having. In my area which is in Hendersonville nc the frost line is 13 inches. Instead of only pouring 6 inches as per code poor 8 an be done with it. On the houses we usually build, the footings we usually require 5ft wide an poor 2 ft deep. You got anything else to say? If you want to see some of the multi million dollar houses we build I will gladly get up with you an show you some of them. Do you have any building experience or you one to set around reading a code book an dont even know which end of a hammer to use to drive a nail.
You talking about my spread footings. Like I said we are used to digging a 5ft wide an poor 2 ft deep catalever footing with #4 in a 8-12 inch grid with uprights turned up every 8-12 inches for poured walls.Also, my wife says that your spread footings should be at least 10" thick, not 8, otherwise you don't get enough cover on the rebar.
You are putting #4s in your footings, aren't you?