Just trying to get some things straight as I'm a little confused the more I read.
I know everyone has different preferences, but can someone explain wire gauge and coil length to me?
As I understood it, more coils equals more surface area which in turn produces more vapor. Does thinner wire produce more throat hit? And how does this all tie together? Especially now that I will be moving from my variable voltage Provari to a GGTS (hopefully soon, I want to be prepared) I will be limited to 3.7v, so I need to get my coils down. It didn't matter quite as much before when I could just up my volts, but now I'm curious.
Is it as simple as just thinner wire = more throat hit (or the other way around?) And more coils equals more vapor? I know more coils brings the Ohms up, so would I just want thinner wire if I go for more coils, less coils with thicker wire?
I feel like I'm missing something!
Thanks guys! You are all so much help.
I know everyone has different preferences, but can someone explain wire gauge and coil length to me?
As I understood it, more coils equals more surface area which in turn produces more vapor. Does thinner wire produce more throat hit? And how does this all tie together? Especially now that I will be moving from my variable voltage Provari to a GGTS (hopefully soon, I want to be prepared) I will be limited to 3.7v, so I need to get my coils down. It didn't matter quite as much before when I could just up my volts, but now I'm curious.
Is it as simple as just thinner wire = more throat hit (or the other way around?) And more coils equals more vapor? I know more coils brings the Ohms up, so would I just want thinner wire if I go for more coils, less coils with thicker wire?
I feel like I'm missing something!
Thanks guys! You are all so much help.