The Difference between High Proof Alcohol and Regular Ethyl Alcohol


When it comes to alcohol, there is a big difference between high-proof alcohol and regular ethyl alcohol. High-proof alcohol is much more potent and can cause serious intoxication more quickly. Regular ethyl alcohol is not as strong and is less likely to cause intoxication.

If you are looking for the best high proof alcohol, you will want to look for something that is at least 80 proof. This will ensure that you are getting a strong drink that can cause intoxication. However, you should be aware that even 80 proof of alcohol can be dangerous if you drink too much.

Regular ethyl alcohol, on the other hand, is not as strong and is less likely to cause intoxication. This is because it is only about 40% alcohol by volume. This means that it would take about twice as much regular ethyl alcohol to cause the same level of intoxication as high-proof alcohol.

Ultimately, the choice between high-proof alcohol and regular ethyl alcohol is a personal one. If you are looking for a stronger drink, then high proof alcohol is the way to go. However, if you are looking for a safer option, then regular ethyl alcohol is the better choice.

The Benefits of Using Ethyl Alcohol Liquid for Tinctures

There are many benefits of using ethyl alcohol liquid for tinctures. Ethyl alcohol liquid is very strong and high-proof alcohol, which makes it ideal for preserving herbs and other plant materials. It is also a very effective solvent, so it can extract the active ingredients from plants very effectively.

Ethyl alcohol liquid is also very safe to use. It is non-toxic and has a very low evaporation rate, so it will not release harmful vapors into the air as some other solvents can. Ethyl alcohol liquid is also a very good disinfectant, so it can help to prevent the growth of mold and bacteria on tinctures.

Overall, ethyl alcohol liquid is a very good choice for making tinctures. It is safe, effective, and high-proof, which makes it ideal for preserving the active ingredients in plants.