UD Youde Nichrome 28ga (0.32mm) resistive wire. Nichrome alloy coil 10 meters long suitable for regenerable cheek and lung atomizers .
Nichrome wire has a low temperature coefficient of drag and a low change in resistance over its life which combine to ensure faster heat-up times , smoother operating temperatures, and longer life.
UD Youde Nichrome 28ga (0.32mm) resistive wire. Nichrome alloy coil 10 meters long suitable for regenerable cheek and lung atomizers .
Nichrome wire has a low temperature coefficient of drag and low change in resistance over its life which combine to ensure faster heat-up times , smoother operating temperatures, and longer life.
UD Youde 26ga (0.40mm) UD resistive wire. Nichrome alloy coil 10 meters long suitable for regenerable cheek and lung atomizers .
Nichrome wire has a low temperature coefficient of drag and a low change in resistance over its life which combine to ensure faster heat-up times , smoother operating temperatures, and longer life.
UD Youde Ni200 34ga 0.16mm 10 meters is a 10 meters long Nickel 200 alloy coil suitable for rebuildable MTL atomizers .
Clapton wire coil suitable for MTL coil regenerations.
22ga (0.64mm) UD Youde resistive wire. Kanthal alloy coil 10 meters long suitable for regenerable lung atomizers .
UD Youde 28ga (0.32mm) UD resistive wire. Coil in 316L steel alloy 10 meters long suitable for regenerable cheek and lung atomizers . The steel alloy allows for faster activation than Kanthal A1.
Resistive wire of the Vandy Vape in Kanthal A1 26ga for regenerable atomizers.
Resistive wire Vandy Vape Superfine MTL Ni80 Fused Clapton Wire 32x2 + 38ga for regenerable atomizers with cheek pull.
Total length of the reel 3mt
Resistive wire Kanthal A1 28ga 0.32mm UD Youde for regenerable atomizers for electronic cigarettes.
Total length of the coil 10mt
Clapton wire coil suitable for MTL coil regenerations.
UD Youde Nichrome 28ga (0.32mm) resistive wire. Nichrome alloy coil 10 meters long suitable for regenerable cheek and lung atomizers .
Nichrome wire has a low temperature coefficient of drag and a low change in resistance over its life which combine to ensure faster heat-up times , smoother operating temperatures, and longer life.
