I hope that this idea inspires refinement and further experimentation...
In my work, I often use 12 volt bi-pin mini halogen bulbs (usually 30-50 watts). They are known for becoming very hot, almost instantly (they are also dim-able). As an experiment, I have rigged one of the fifty watters, to a 12v power supply... with an adequate trigger switch. Then, I just propped the bulb inside the bowl of one of my old tobacco pipes. I dripped five or six drops of smoke juice in the bowl, pressed on the switch, and inhaled on the stem.... Within seconds, I got clouds, and clouds of amazing vapor (I did make sure to keep my eyeglasses on, on the chance that the bulb might pop... It didn't).
I'd love to see this idea refined. Maybe someone knows of a smaller light bulb that burns as hot, on less voltage? Maybe someone can design a way to wick the juice, instead of dripping? Are there safety hazards here that I am unaware of?
In my work, I often use 12 volt bi-pin mini halogen bulbs (usually 30-50 watts). They are known for becoming very hot, almost instantly (they are also dim-able). As an experiment, I have rigged one of the fifty watters, to a 12v power supply... with an adequate trigger switch. Then, I just propped the bulb inside the bowl of one of my old tobacco pipes. I dripped five or six drops of smoke juice in the bowl, pressed on the switch, and inhaled on the stem.... Within seconds, I got clouds, and clouds of amazing vapor (I did make sure to keep my eyeglasses on, on the chance that the bulb might pop... It didn't).
I'd love to see this idea refined. Maybe someone knows of a smaller light bulb that burns as hot, on less voltage? Maybe someone can design a way to wick the juice, instead of dripping? Are there safety hazards here that I am unaware of?