EdCaffreyMS
"The Montana Bladesmith"
Personally, I don't like any forge that is "square" or "rectangle" shaped. Any forge where burners come in at right angles creates the uneven heating that Mark mentioned. I generally encourage folks to build their own circular type forge. IF that's not for you, and you really want to purchase a forge, then the closest I could come to recommending one is from Chile Forge. They still have some issues, but when it comes to commercially available, there likely as close as you're going to get to building one yourself.
Just a note on burners.... I see/hear a lot of folks who get excited about multiple burners in a forge. Generally it's far less trouble/hassle if your forge has a single, correctly sized burner, rather then 2-4 undersized ones with multiple adjustments. The reason that most multiple burner forges have hot and cold spots is a simple matter of how propane fuel works in any appliance. It's always going to take the path of least resistance more so then any other available path(s). Most multiple burner forges will have a main fuel/propane line coming to the burners, then splitting off to feed each individual burner. The/Those burners closest to the fuel distribution split will always get slightly more fuel then those further away..... you can't just set the main fuel psi feed and have all the burners running the same....some are going to be leaner and some are going to burn richer....hence the hot/cold spots/areas in most multiple burner forges.
The only way I have ever seen this defeated is to have the appropriate number of "splits" at the main line coming from the fuel source, then have a regulator on each line, going to each burner...... big time expense and hassle.
Don't fall for the thought that more burners equals more heat....it's not necessarily so. A single, correctly sized and tuned burner will often outperform multiple burner setups, and do it on less fuel consumption.
When you say "Going through gas quickly".....thats more then likely from a given point of view. Are we talking about a 20lb cylinder? 100lb cylinder? Or a 500 gallon tank? I know a lot of people run their forges on 20lb "BBQ" cylinders, and that's likely where folks say "it goes through a lot of fuel". 20lb cylinders are very inefficient, and most will simply freeze up in a forge application with 1/3-1/2 of the tank remaining. I always encourage folks to run 100lb cylinders (unless they are open to the idea of installing an actual propane tank)....which are far more efficient for a forge, and generally are less to fill per gallon then the small 20lb cylinders. I went through all of those sort of things for several years before I got serious and had a 500 gallon propane tank installed. My tank is used ONLY to run the three forges in my shop (two general purpose forges and one welding forge).... I pay $48 per year for the tank rental, and fill it once every 14-18 months. It's far more cost effective then portable type propane cylinder could be.
Just a note on burners.... I see/hear a lot of folks who get excited about multiple burners in a forge. Generally it's far less trouble/hassle if your forge has a single, correctly sized burner, rather then 2-4 undersized ones with multiple adjustments. The reason that most multiple burner forges have hot and cold spots is a simple matter of how propane fuel works in any appliance. It's always going to take the path of least resistance more so then any other available path(s). Most multiple burner forges will have a main fuel/propane line coming to the burners, then splitting off to feed each individual burner. The/Those burners closest to the fuel distribution split will always get slightly more fuel then those further away..... you can't just set the main fuel psi feed and have all the burners running the same....some are going to be leaner and some are going to burn richer....hence the hot/cold spots/areas in most multiple burner forges.
The only way I have ever seen this defeated is to have the appropriate number of "splits" at the main line coming from the fuel source, then have a regulator on each line, going to each burner...... big time expense and hassle.
Don't fall for the thought that more burners equals more heat....it's not necessarily so. A single, correctly sized and tuned burner will often outperform multiple burner setups, and do it on less fuel consumption.
When you say "Going through gas quickly".....thats more then likely from a given point of view. Are we talking about a 20lb cylinder? 100lb cylinder? Or a 500 gallon tank? I know a lot of people run their forges on 20lb "BBQ" cylinders, and that's likely where folks say "it goes through a lot of fuel". 20lb cylinders are very inefficient, and most will simply freeze up in a forge application with 1/3-1/2 of the tank remaining. I always encourage folks to run 100lb cylinders (unless they are open to the idea of installing an actual propane tank)....which are far more efficient for a forge, and generally are less to fill per gallon then the small 20lb cylinders. I went through all of those sort of things for several years before I got serious and had a 500 gallon propane tank installed. My tank is used ONLY to run the three forges in my shop (two general purpose forges and one welding forge).... I pay $48 per year for the tank rental, and fill it once every 14-18 months. It's far more cost effective then portable type propane cylinder could be.