My first post on my new find though I'm sure I'm not the first with this idea.
Concept is simple, fold a ribbon kanthal of same length to get the 'twisted kanthal effect', shelving the resistance into half.
BTW I only have ribbon kanthal 0.4mm x 0.1mm but with folding, I get a 0.8mm x 0.1mm and inherits its attributes. A 0.4mm ribbon kanthal gives an equivalent of a 32awg kanthal at 1.2 ohms/inch. With this folding I get resistance near 0.4-0.5 ohms/inch and twice the surface which means 2x the heat because of its width. You will need a fast-wicking mesh/wick though because of its responsiveness and intense heat. plus ribbon kanthal is a pleasure to wrap with little to no hotspots (dunno why, might be it's because of the flat surface hugging the mesh surface im not sure).
I'm just sharing this not trollin', for real
Enjoy!
Concept is simple, fold a ribbon kanthal of same length to get the 'twisted kanthal effect', shelving the resistance into half.
BTW I only have ribbon kanthal 0.4mm x 0.1mm but with folding, I get a 0.8mm x 0.1mm and inherits its attributes. A 0.4mm ribbon kanthal gives an equivalent of a 32awg kanthal at 1.2 ohms/inch. With this folding I get resistance near 0.4-0.5 ohms/inch and twice the surface which means 2x the heat because of its width. You will need a fast-wicking mesh/wick though because of its responsiveness and intense heat. plus ribbon kanthal is a pleasure to wrap with little to no hotspots (dunno why, might be it's because of the flat surface hugging the mesh surface im not sure).
I'm just sharing this not trollin', for real
Enjoy!