Whats up guys, I had an idea that I just had to try. Everyone is into these 510 / 306 hybrid atomizers so when my HH.357 burnt out after only 2 weeks I salvaged what I could from it and built this.
What this is, is the casing mesh and coil from my burnt HH.357 the ceramic cup wick and seal cap from a ce2 was used to rebuild the atty. I wont be taking it apart to show how I assembled it (frustrating getting all the parts inside properly lol) but I will give it my best to describe what I did here.
Starting from the connector moving up through the parts and how I put it together; 2 wires were soldered into the 510 connector. Next I ran the positive wire up through the air hole of the ce2 sealing cap then through the ceramic cup (the sealing cap was then fit onto the bottom of the ce3 ceramic cup sealing the sides of the atty from airflow along the side of the cup directing it through only the center air hole of the ce2 cup)
The negative was ran up the side and through one of the filler holes on the side of the ce2 seal cap and the wire mesh under the cup of the HH.357 was placed around the positive wire and packed up under the cup and silicone seal of the ce2. A length of wick was also taken from the ce2, using the coil from the HH.357 which started out as a 3 ohm coil was tied into the power. The wick was pulled down along the outer edges of the ceramic cup through the slots that are meant for the wicks in a ce2. The wire mesh from the HH.357 was then wrapped around the cup and wick just snug not too tight, then the wicks were trimmed at the bottom. so basically now you would have a wicking system not dependent on air flow. The rubber seal from the ce2 catches juice that overflows from the cup over the side into the mesh and feed back into the wick directly. The coil itself was a 3 ohm coil very stout, I can't be sure of the resistance now but I think when I trimmed it the ohm rating increased because now I can put a full 6 volts to it and it will not glow red as coils do when dry. The result is a ce2/510 hybrid atty that uses very little juice and will not give dry hits, I have tried and was unable to dry the wick.
I really wish I had taken pics as I assembled this atty, it is very complex the way it functions and hard to describe to provide you with a mental image of what I did inside the atomizer. Feel free to ask question I'm sure I didn't give enough detail to truly illustrate the build I did.
Peace,
Ben / Fyre904
What this is, is the casing mesh and coil from my burnt HH.357 the ceramic cup wick and seal cap from a ce2 was used to rebuild the atty. I wont be taking it apart to show how I assembled it (frustrating getting all the parts inside properly lol) but I will give it my best to describe what I did here.
Starting from the connector moving up through the parts and how I put it together; 2 wires were soldered into the 510 connector. Next I ran the positive wire up through the air hole of the ce2 sealing cap then through the ceramic cup (the sealing cap was then fit onto the bottom of the ce3 ceramic cup sealing the sides of the atty from airflow along the side of the cup directing it through only the center air hole of the ce2 cup)
The negative was ran up the side and through one of the filler holes on the side of the ce2 seal cap and the wire mesh under the cup of the HH.357 was placed around the positive wire and packed up under the cup and silicone seal of the ce2. A length of wick was also taken from the ce2, using the coil from the HH.357 which started out as a 3 ohm coil was tied into the power. The wick was pulled down along the outer edges of the ceramic cup through the slots that are meant for the wicks in a ce2. The wire mesh from the HH.357 was then wrapped around the cup and wick just snug not too tight, then the wicks were trimmed at the bottom. so basically now you would have a wicking system not dependent on air flow. The rubber seal from the ce2 catches juice that overflows from the cup over the side into the mesh and feed back into the wick directly. The coil itself was a 3 ohm coil very stout, I can't be sure of the resistance now but I think when I trimmed it the ohm rating increased because now I can put a full 6 volts to it and it will not glow red as coils do when dry. The result is a ce2/510 hybrid atty that uses very little juice and will not give dry hits, I have tried and was unable to dry the wick.
I really wish I had taken pics as I assembled this atty, it is very complex the way it functions and hard to describe to provide you with a mental image of what I did inside the atomizer. Feel free to ask question I'm sure I didn't give enough detail to truly illustrate the build I did.
Peace,
Ben / Fyre904
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