My design idea was to use a small ceramic dowel with the heater coil wrapped around it to maintain even heating. The porous ceramic would also help to absorb liquid near the coil. The aluminum mesh would be formed into a bridge then wrapped around the coil assembly. I was trying to come up with a decent non conductive spacer to set the mesh away from the coil just enough to prevent shorting but still allow the liquid to fill the gap.
My latest thoughts are a wick pad at the base with the coil wound around like a stove heating element inside and inner tube. The pad would extend under the inner tube to an outer hold where the liquid would be held. The pad would wick the liquid into the coil. Properly sealed similar to the E2 cartos that are the big discussion now they wouldn't need filler.
My latest thoughts are a wick pad at the base with the coil wound around like a stove heating element inside and inner tube. The pad would extend under the inner tube to an outer hold where the liquid would be held. The pad would wick the liquid into the coil. Properly sealed similar to the E2 cartos that are the big discussion now they wouldn't need filler.