The purpose of the dry burn process performed by users who do not use prebuilt coils but instead wind their own wire with rebuildable tanks is to heat the wire at high temperatures to eliminate any chemicals on it. This process is done without cotton and should or should not be performed depending on the type of wire used. Let’s take a closer look at whether the wire may burn and if it causes problems afterward.
Wire types that cannot be used in temperature control mode:
Kanthal A1
Nichrome 80 (Ni80)
Nichrome 60 (Ni60)
.jpg)
You need to dry burn these types of wires. Apply high wattage until the coil glows orange-yellow, keeping the burn duration within your mod's 10-second firing limit. You can perform dry burn both after your first coil build and to clean the coil later.
Wires used in both temperature and power mode can also be dry burned. Without reaching extreme temperatures, brief pulses are enough to clean the caramelization build-up on the coil surface.
Stainless steel wire types:
(SS304, SS316L, SS317L, SS430)
The more these wires are heated, the more chromium oxide will build up on the surface. Dry burn should only be done to clean the wire surface.
Wires used only in temperature control mode:
Titanium: As it is a flammable wire, dry burn should never be performed.
Other TC wires (Ni200, zirconium, tungsten, etc.): Dry burning may cause molecular and chemical structure changes. These should only be fired at 250–260°C in TC mode and then brushed. Dry burning is unnecessary for these types of wires.
Does the coil/wire burn during the dry burn process?
No, it doesn’t burn—though the wire may darken. This is mainly due to the residue left by vaporized components like aroma, VG, or PG in the e-liquid. These residues can be removed by heating and/or brushing the coil.
After heating, the wire oxidizes and changes color. However, this does not mean it is burning.
Click the link to see our high-quality electronic cigarette models.
https://trelektroniksigara16.com/en-iyi-elektronik-sigara
