Many vapers wonder why their electronic cigarette leaks or the liquid jumps into their mouths so we will try to cover all the key points to follow so you can solve problems or see what you are doing wrong:
1 - The percentage of vegetable glycerin and propylene glycol in your e-liquid is crucial depending on the tank you are using. As a general rule, the evolution of electronic cigarettes has increasingly made them more and more powerful, we can find a sophisticated Dvarw RTA that uses the latest RTA system, so that the requirement of e-liquid towards the inside of the resistance has also been increasing with the power and size of the entrances of e-liquids too. It is precisely that the main cause of "leaks" or that "you have the tank", the size of the e-liquid inlets of the resistors and the e-liquid that we are using. As you know, propylene glycol (PG) is much less viscous than vegetable glycerin (VG) so, if you use a tank in which the resistances have visible openings in which cotton is clearly visible, it is not advisable to use e-liquids with more PG than VG so that the viscosity of the e-liquid is the one that partially retains the liquid in the tank and drains the right amount and evaporates when exerting vacuum pressure from the tank when we take a drag. If the liquid is very thin (much PG) it is very likely that the cotton does not retain the e-liquid and ends up in our mouth or dripping through the air intake. We have been changing our range of e-liquids depending on the products we bring to vape store online and today (after almost 3 years outdated) we no longer have low viscosity / high PG e-liquids since electronic cigarettes that They come on the market are much more powerful than those that used to exist and require a greater entry of e-liquid to avoid dry drafts and offer greater satisfaction and / or delivery of nicotine in a single draft.
2 - Very strong drafts: Even if you use the appropriate e-liquid depending on your tank, you can always be putting an excess of e-liquid if you take many consecutive drafts without evaporating them in its entirety, creating an accumulation of liquid that at the end It goes out somewhere.
3 - The minimum power must be respected: The resistors have power recommendations on the side, so if your resistors range from 30W to 80W it is very important not to use them below 30W, since if we do not use the correct power the resistance does not reach the optimum temperature point where the liquid evaporates, creating an accumulation of e-liquid that does not evaporate and that ends up coming out somewhere (I hope not in your pocket / bag).
4 - Condensation: The mouthpiece is called "drip tip". This nozzle to some extent is designed to accumulate the condensation that is generated with the use of your electronic cigarette and in the end that drop should fall back and be reabsorbed by the cotton of the resistance. With intensive use or if you do not keep your electronic cigarette ready, you can always accumulate too much e-liquid that will also come out somewhere.
5 - Too much power is not good either. If the manufacturer recommends that you use the resistance between 30W and 80W, it is normal that if you use it at 80W, the intensity and the possibility that the e-liquid particles will go off and condense a greater amount of e-liquid or that these droplets directly fall into the air inlet more likely.
6 - Cotton: Cotton is responsible for retaining the e-liquid to be evaporated, with the use cotton tends to lose its power of absorption and retention of e-liquid, increasing the chances of leakage.
1 - The percentage of vegetable glycerin and propylene glycol in your e-liquid is crucial depending on the tank you are using. As a general rule, the evolution of electronic cigarettes has increasingly made them more and more powerful, we can find a sophisticated Dvarw RTA that uses the latest RTA system, so that the requirement of e-liquid towards the inside of the resistance has also been increasing with the power and size of the entrances of e-liquids too. It is precisely that the main cause of "leaks" or that "you have the tank", the size of the e-liquid inlets of the resistors and the e-liquid that we are using. As you know, propylene glycol (PG) is much less viscous than vegetable glycerin (VG) so, if you use a tank in which the resistances have visible openings in which cotton is clearly visible, it is not advisable to use e-liquids with more PG than VG so that the viscosity of the e-liquid is the one that partially retains the liquid in the tank and drains the right amount and evaporates when exerting vacuum pressure from the tank when we take a drag. If the liquid is very thin (much PG) it is very likely that the cotton does not retain the e-liquid and ends up in our mouth or dripping through the air intake. We have been changing our range of e-liquids depending on the products we bring to vape store online and today (after almost 3 years outdated) we no longer have low viscosity / high PG e-liquids since electronic cigarettes that They come on the market are much more powerful than those that used to exist and require a greater entry of e-liquid to avoid dry drafts and offer greater satisfaction and / or delivery of nicotine in a single draft.
2 - Very strong drafts: Even if you use the appropriate e-liquid depending on your tank, you can always be putting an excess of e-liquid if you take many consecutive drafts without evaporating them in its entirety, creating an accumulation of liquid that at the end It goes out somewhere.
3 - The minimum power must be respected: The resistors have power recommendations on the side, so if your resistors range from 30W to 80W it is very important not to use them below 30W, since if we do not use the correct power the resistance does not reach the optimum temperature point where the liquid evaporates, creating an accumulation of e-liquid that does not evaporate and that ends up coming out somewhere (I hope not in your pocket / bag).
4 - Condensation: The mouthpiece is called "drip tip". This nozzle to some extent is designed to accumulate the condensation that is generated with the use of your electronic cigarette and in the end that drop should fall back and be reabsorbed by the cotton of the resistance. With intensive use or if you do not keep your electronic cigarette ready, you can always accumulate too much e-liquid that will also come out somewhere.
5 - Too much power is not good either. If the manufacturer recommends that you use the resistance between 30W and 80W, it is normal that if you use it at 80W, the intensity and the possibility that the e-liquid particles will go off and condense a greater amount of e-liquid or that these droplets directly fall into the air inlet more likely.
6 - Cotton: Cotton is responsible for retaining the e-liquid to be evaporated, with the use cotton tends to lose its power of absorption and retention of e-liquid, increasing the chances of leakage.
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