Characteristics of organic nicotine salt
Views: 520 Update date: Jun 12,2019
Nicotine, also known as free base nicotine. It can temporarily improve some people's work performance and cognitive ability, prolong their concentration time, and alleviate negative emotions such as anxiety and depression. It is an important part of e-liquid.
Nicotine in tobacco is usually combined with other molecules and exists in the form of nicotine salts. When extracting nicotine, the tobacco needs to be placed in a high temperature environment, at which point all impurities are stripped to form the purest free base nicotine. However, the free base nicotine is extremely volatile, and some of it evaporates at high temperatures, which reduces the nicotine content in tobacco.
Nicotine-containing e-liquid usually uses free base nicotine, but the free base nicotine is alkaline, the pH is about 7-8, it is easy to stimulate the throat, and the free base nicotine needs to be fully released by the high temperature of 900 ° C in cigarettes. The temperature requirements are extremely high, and the release rate in the electronic cigarette is only limited at the atomization temperature of only 200 °C.
The researchers found that if a specific acid is injected into the free base nicotine, it will produce a nicotine salt that lowers the pH in the nicotine solution and releases it completely at low temperatures. A new generation of nicotine salt developed by Mr. Yao Jide, the father of e-liquid, has added organic mixed acid. When alkaloids encounter organic acids, the resulting chemical reaction forms a more stable molecule, the new organic nicotine salt.
On the palate, the new organic nicotine salt reduces the damage of free nicotine to the throat, does not have a strong impact on the throat like the same milligram of nicotine, it will become smoother and easier to enter.
In terms of effect, it can be released at low temperatures, and the delivery rate is faster than nicotine itself, even reaching a wake-up. The half-life of nicotine in plasma is about 30 minutes, so the amount of nicotine in the brain is gradually reduced during this period. Compared with nicotine, the high-stability molecules formed by the combination of new organic nicotine salts will stay in the human body for a longer period of time, prolong their half-life in the blood, and delay the brain's demand signal for nicotine. By investigating the monitoring heart rate in the experimental study, the satisfaction of the user report, and the plasma nicotine level of the test participants, it was found that the nicotine-containing formulation containing the mixed organic acid produced a nicotine absorption equivalent to that of the cigarette.
In terms of physical influence, the new organic nicotine salt developed by Hengxin also improves the stability of nicotine, is easy to absorb, and is more easily discharged with the body's metabolism, which has less impact on the body.