In this post, I am going to teach you How To Control The pH Of A Liquid Soap in 10 minutes.
What Is pH?
Ph which means Potential Hydrogen is a chemical term used to describe the degree of ACIDITY and ALKALINITY of a solution.
That means, a solution can either be ACIDIC, NEUTRAL or ALKALINE. Ph is usually on a scale of 0 – 14.
Solutions from 0 – 6 are very ACIDIC; as 0 the most ACIDIC, and 6 Least Acidic.
Solution with 7 is said to be water.
And solutions between 8 – 14 as Alkaline, where 8 is least alkaline and 14 most alkaline.
Our skin’s natural pH level should be between the pH meter of 5 – 6. Anything below or above this range can cause skin problems such as dry skin, itchiness, and rashes.
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Why Your pH Levels Matter
If there is a change in pH on the skin’s surface, this can disrupt moisture barriers within the epidermis, causing dryness or excessive oil production, which leads to acne breakouts and other problems such as clogged pores and blackheads. The acid mantle of the skin can also be disrupted because pH level changes can affect the activity of enzymes that keep your skin healthy.
Using pH-balanced beauty and skincare products will help prevent these conditions from occurring by balancing out how acidic or alkaline your body is overall.
Why It Is Important To Control The pH Of A Liquid Soap
A block of pH-balanced liquid soap is an excellent choice for people who want to keep their skin healthy and maintain pH balance. It’s also a good option for sensitive skin because it will not irritate the skin as other soaps can. This is one of the major reasons why it’s important know how to control and neutralize the pH of a liquid soap.
The Advantages of a pH-Balanced Liquid Soap
Maintaining your pH levels should be a top priority to avoid being thrown off. A pH-balanced liquid soap is gentle on the skin and can help you maintain healthy pH levels while keeping you clean without irritating or disrupting your skin’s natural balance.
Keeps pH levels stable
When you switch from regular soaps to pH-balanced liquid soaps, you won’t have to worry about your pH levels being thrown off because pH-balanced liquid soaps will keep your skin’s pH at a healthy level.
It Does Not Cause Skin Dryness
If you want to avoid having a dry and itchy feeling after showering or washing up, using a bar with a low soap pH will help you stay hydrated for longer periods of time without causing irritation. Alkaline-based soaps tend to strip the skin’s natural oils, causing dryness and itchiness.
Acne Breakouts Are Avoided.
A pH-balanced liquid soap can help limit the number of acne breakouts on your face if you have oily skin or produce excess oils.
It Recovers Damaged Skin
If your skin is damaged, pH-balanced liquid soaps can help it heal by encouraging healthy cell growth.
Blackheads Are Reduced In Appearance
If you have oily skin and have blackheads on your face or other parts of your body, such as your arms, pH-balanced liquid soaps can help reduce their appearance by limiting any activity that may encourage them to form.
Skin Irritation Is Reduced
When you use pH-balanced liquid soap, you can minimize skin damage and the occurrence of redness and other types of irritation. Because pH levels affect blood flow, they can help prevent cuts from becoming damaged by limiting inflammation while also promoting healthy cell activity for a more youthful appearance.
Common Substances To Neutralize Liquid Soap pH Are…
- Citric Acid
- Acetic Acid or Vinegar
- TriEthanol Amine (TES) is a PH adjuster
Steps In Controlling and Neutralizing the pH of a Liquid Soap
In this tutorial I’ll show you how to neutralize highly acidic or alkaline liquid soap. However, if you choose to use liquid soap in this manner, there is no problem. Products that are highly acidic or alkaline are excellent cleaners.
Step 1: Get a universal pH paper
Step 2: Tear a piece of the universal pH paper and insert it into the liquid soap
Step 3: Add a little of TriEthanol Amine (TES) is a PH adjuster and retest with another universal pH paper until you have the desired pH.
You can read more about Ph scale on this wikipedia post