stealthvape
Premium Vendor
- Joined
- Aug 1, 2012
- Messages
- 1,934
I've found a slightly different resistance wire. It's a kanthal type wire so an alloy of iron chromium and aluminium but with the interesting addition of Niobium - Used as a superconducter of all things.
The short story is, niobium alloy resistance wire has a max working temperature of 1,400 °C whereas according to kanthals wiki kanthal has a melting point of 1,200 °C.
So I'll be trying out this stuff over the next couple of days as I have plenty of .20 and .25mm and will report back. This is if I can bring myself to destroy the .30mm kanthal a-1 coil I'm using at the moment as it's pretty sweet and why ruin a good thing.
Using a superconductor in resistance wire, does that really make sense? hehe Obviously it has more to do with the melting point of Ni being 2477 °C but it sounds way cool
The short story is, niobium alloy resistance wire has a max working temperature of 1,400 °C whereas according to kanthals wiki kanthal has a melting point of 1,200 °C.
So I'll be trying out this stuff over the next couple of days as I have plenty of .20 and .25mm and will report back. This is if I can bring myself to destroy the .30mm kanthal a-1 coil I'm using at the moment as it's pretty sweet and why ruin a good thing.
Using a superconductor in resistance wire, does that really make sense? hehe Obviously it has more to do with the melting point of Ni being 2477 °C but it sounds way cool