I have to agree with this guy. Stainless Steel costs are high. I would imagine this would make the concrete that uses stainless steel in place of sand or fiberglass would be expensive. Unless you were only pouring a small area but to purchase enough stainless steel for an area say the size of a slab for a home it would be pretty cost prohibitive.
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Why is there never enough time to do it right the first time but always enough time to do it over?
Not strictly related but I do remember a company Columbus from S. Africa doing a lot of trials with 3Cr12, a virtually nickel free stainless, as rebar. The applications considered were particularly structures like bridges where there was a safety requirement and, potentially, a very long life. I am not sure who now owns the business. Could have been bought by Krupp or Thyssen.
I used glass entrained concrete for my workshop floor slab. Still cracked. maybe I should have had a slump check done. So, not impressed by glass. Maybe bits of metal would be better?
I thought re bar is used to support tension loads, are you, like, assuming a layer of stainless wool mashed into the bottom of the slab? Tell me more about this cool new building method! Its totally new to ME!
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If it was easy anybody could do it.
Almost all new homes that are built on a concrete slab get a crack running through the slab. Even after compacting the ground before digging the trenches for footings and plumbing, after pouring the slab and building on it, the building itself puts stress on the slab. The ground still has some settling to do and the weak point in the ground will sink slightly causing the crack.
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Why is there never enough time to do it right the first time but always enough time to do it over?