- Joined
- Nov 16, 2012
- Messages
- 5,596
Jeff,
I was curious about this myself and found this link last night. http://www.keytometals.com/Article39.htm Seems to be very good information and comparison of artificial and natural age hardening. There are vast differences depending on the alloy but some are as short as 4 days.
Ray
- - - Updated - - -
Also, you could build a low/medium temperature kiln. It's not very hard and if you use the same insulating material I used, you might be surprised at how little electricity it consumes. A controller circuit will cost less than 100 bucks. My high temperature kiln takes about 15 minutes to reach 800 degrees. At that point I could shut it off and it will be 700 degrees 3 hours later. It's when you push past 1400 degrees (which you wont need) that it takes a constant supply of current to keep it hot.
Toaster oven? Forget that.
Ray
I was curious about this myself and found this link last night. http://www.keytometals.com/Article39.htm Seems to be very good information and comparison of artificial and natural age hardening. There are vast differences depending on the alloy but some are as short as 4 days.
Ray
- - - Updated - - -
Also, you could build a low/medium temperature kiln. It's not very hard and if you use the same insulating material I used, you might be surprised at how little electricity it consumes. A controller circuit will cost less than 100 bucks. My high temperature kiln takes about 15 minutes to reach 800 degrees. At that point I could shut it off and it will be 700 degrees 3 hours later. It's when you push past 1400 degrees (which you wont need) that it takes a constant supply of current to keep it hot.
Toaster oven? Forget that.
Ray
Jeff,
I was curious about this myself and found this link last night. http://www.keytometals.com/Article39.htm Seems to be very good information and comparison of artificial and natural age hardening. There are vast differences depending on the alloy but some are as short as 4 days.
Ray