especially in light of recent studies (which might not be totally accurate).
Here is my thoughts.
At a high temperature PG/VG based liquid may produce carbonyls and it seems safer to use a temperature control device to avoid coil overheating. Just voltage / wattage readings become less relevant if you don't know the temperature of the coil.
Since VG (554 F) has a higher boiling point than PG (373 F) it's safer to use it in a coil heating device.
For example, dna 40 device allow you to set the temperature of the coil to 450F which is way less than a boiling point of glycerol (554 F) and keep it at the same level regardless of the coil resistance (sub or above ohm). Set it and forget it.
I am not an expert by any stretch, so what do you think?
Here is my thoughts.
At a high temperature PG/VG based liquid may produce carbonyls and it seems safer to use a temperature control device to avoid coil overheating. Just voltage / wattage readings become less relevant if you don't know the temperature of the coil.
Since VG (554 F) has a higher boiling point than PG (373 F) it's safer to use it in a coil heating device.
For example, dna 40 device allow you to set the temperature of the coil to 450F which is way less than a boiling point of glycerol (554 F) and keep it at the same level regardless of the coil resistance (sub or above ohm). Set it and forget it.
I am not an expert by any stretch, so what do you think?