Wire...? What wire?
I used KA1 for quite some time and it worked well...up until the time I started using NiChrome, it ramps up much quicker than K, produces slightly more vapor and flavor, the biggest difference is it's longevity...my NiC builds outlast the Kanthal by a mile, way slower gunk buildup.
.75ohm, 26 gauge NiChrome n80, 2.5mm, 8 wrap, Cellucotton (Rayon)
Hmmmm.... that sounds like it's really worth checking out, can you recommend a vendor?
Sorry for the delay. I wouldn't worry about it. Nichrome oxides are pretty stable.Just wonder what you had a chance to Find?
I really wasn't very worried about NiChrome 80.
Because Chromium Oxides are Very Stable and most would consider them Inert in the Temperatures Range that people use a Coil in an Atomizer.
Once Again, Breathing the Fumes coming off a Dry Burning Coil, No Way. But that goes for ANY Coil Material. Or ANY Metal alloy for that Matter.
I don't worry about temperatures. What consernes me is, are the base metal and its oxides soluable in eliquid.I really wasn't very worried about NiChrome 80.
Because Chromium Oxides are Very Stable and most would consider them Inert in the Temperatures Range that people use a Coil in an Atomizer.
Once Again, Breathing the Fumes coming off a Dry Burning Coil, No Way. But that goes for ANY Coil Material. Or ANY Metal alloy for that Matter.
Radiator Pluid?Sorry for the delay. I wouldn't worry about it. Nichrome oxides are pretty stable.
Unless you are vapin something that would strip paint
Are you saying that metal vaporizes below 600°F?Like the title says, how confident are you that vaping using kanthal as a heating element is safe? Theoretically it should be (we heat it way below the vaporization temperature), but are you concerned that trace amounts of metals are inhaled by vaping using an RDA that has a kanthal coil?
Are you saying that metal vaporizes below 600°F?
No, I said we heat way below the vaporization temperature.
Then I don't see how trace amounts of metal could get inhaledNo, I said we heat way below the vaporization temperature.
Then I don't see how trace amounts of metal could get inhaled