Hi folks,
I recently decided to go RDA but ordered a kayfun clone from fastech without considering the shipment time... So I ended up rebuilding my nautilus mini coil with titanium coil that I run with a eleaf TC40. I am taking security measures with TC correction from Ni to Ti. I've been able to rebuild coil at ~0.35 homs with Ti coil 0.4mm from sweet spot with fewer wraps than the commercial Ni coils. I had to adjust the relative temperature setting higher than the corresponding commercial NI coils, most likely because I have fewer wraps. Now, I am using 28 gauge Ti wires from Unkamen, which I thought were ~0.4mm but they are thinner indeed. My coils are ~0.6 homs and I was wondering why the commercial coils use a 0.3 homs base coil rather than higher resistance. I supposed that may be because of the linear variation range of temperature with resistance but I am not quite sure. I should receive my kayfun next week and I would like to know witch range of resistance do you use for Ti coils. Also, if you have any good suggestions for a Ti regulated TC device, I'll be happy to hear from you. Thanks!
It also crossed my mind that the higher is the resistance, the more power is required to hit it up so the battery wouldn't last long. So, the lower is the resistance the longer the battery would last.
I recently decided to go RDA but ordered a kayfun clone from fastech without considering the shipment time... So I ended up rebuilding my nautilus mini coil with titanium coil that I run with a eleaf TC40. I am taking security measures with TC correction from Ni to Ti. I've been able to rebuild coil at ~0.35 homs with Ti coil 0.4mm from sweet spot with fewer wraps than the commercial Ni coils. I had to adjust the relative temperature setting higher than the corresponding commercial NI coils, most likely because I have fewer wraps. Now, I am using 28 gauge Ti wires from Unkamen, which I thought were ~0.4mm but they are thinner indeed. My coils are ~0.6 homs and I was wondering why the commercial coils use a 0.3 homs base coil rather than higher resistance. I supposed that may be because of the linear variation range of temperature with resistance but I am not quite sure. I should receive my kayfun next week and I would like to know witch range of resistance do you use for Ti coils. Also, if you have any good suggestions for a Ti regulated TC device, I'll be happy to hear from you. Thanks!
It also crossed my mind that the higher is the resistance, the more power is required to hit it up so the battery wouldn't last long. So, the lower is the resistance the longer the battery would last.
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