Originally posted by Gulf
View Post
Originally posted by wotavidone
View Post
This is the way it seems to go with an insulated oven that is quickly brought to temperature for a midweek pizza for the family, but has not been saturated.
When you do wish to heat to saturation, thinner dome will require less fire to saturate.
When you do wish to heat to saturation, thinner dome will require less fire to saturate.
When the oven is heated to saturation, i.e. the bricks are as close to evenly heated all the way through as possible, then the extra thermal mass of a thick dome comes into its own.
Then the surface temperature of the brick as required for a good pizza recovers quickly between pizzas, etc. even if the live fire isn't very live.
Then the surface temperature of the brick as required for a good pizza recovers quickly between pizzas, etc. even if the live fire isn't very live.
The big thing with thermal mass is for retained heat baking. There is only so much heat you can store in a given mass that you heat with a fire in the dome.
I much admire the FB Artigiano oven core. It's only three inches thick with the outer layer of refractory over the brick, and the FB plans say half a firebrick thick is a high but acceptable thermal mass for a residential oven. If you aren't planning on cooking for three days from a single firing three inches is going to be plenty.
I take it the 3 inch v 4.5 inch is the same price if you are buying pre-cut?
The longest I can imagine wanting stable temps inside the oven is something like 12 hours, for a Boston Butt or something. I've no idea how that would go in a 3" or 4.5" oven.
Comment