Glycerin has been a staple in soap making since the mid-nineteenth century. It was "accidentally" discovered by a Swedish chemist in 1779 when heating up a mixture of olive oil. The resulting fat was then named glycerin. When used in skin care formulations, glycerin's humectant properties draw moisture into the skin, creating a protective barrier that prevents dryness while allowing the skin to breathe. This makes glycerin a desired soap ingredient amongst soap makers, dermatologists, and skin care professionals. All-natural, sustainable, and customizable, working with glycerin soap can be a fulfilling creative process. Whether you're a seasoned soap maker or a novice looking to dive into the world of DIY skincare products, understanding the benefits, drawbacks, and tips for using glycerin soap is essential. Continue reading to learn more about creating your own glycerin soap that can be effective for all skin types.
Pure glycerin soap is cleanse the skin without clogging pores and promotes the skin's absorption of other beneficial ingredients. It easily penetrates the skin and fills in fine lines and promotes skin regeneration, resulting in a more supple, youthful, and radiant complexion. Glycerin soaps and cleansers are suitable for mature, oily, and acne-prone skin types, and are especially effective on dry and sensitive skin.
In hair care, glycerin's skin-enhancing benefits can promote a healthy, flake-free scalp and softer, more manageable hair. Glycerin can be used as an ingredient in both liquid and solid shampoo formulations.
While glycerin is a highly desired ingredient amongst dermatologists and skin care formulators, there are some drawbacks to consider. Although it is a nontoxic, environmentally friendly ingredient, there is still not enough data to determine whether glycerin is it is more likely than a regular soap bar to dissolve.
Avocado oil all have similar moisturizing effects when used in soap formulations.
The basic steps for making glycerin soap are as follows:
Creating glycerin soap from scratch, known as cold process soap making, requires lye, fat, and water. Cold process also requires special equipment including an Lye is extremely corrosive and poses a major safety hazard when mixed with water or oils. For this reason, it is only supplied by chemical or hardware companies.
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Alternatively, Melt and Pour soap making is a safe and efficient way to create custom soap bars that are rich in glycerin. Melt and Pour soap bases are pre-made, with the process that converts lye into soap having already been completed (known as the saponification process). The result is a soap base that is easily customizable with the addition of colorants, moisturizers, exfoliants, and extracts. Melt and Pour soap bars dry and harden faster than cold processed soaps, making them ready to use in a couple of hours. The high glycerin content in these soap bases makes them suitable for all skin types and are especially gentle on dry and sensitive skin.
Before incorporating any additive into a soap recipe, it is important to understand the amount that can be safely used. Too much of an additive might lead to issues such as the breakdown of chemical bonds or it might necessitate the use of preservatives.
Only heat-safe equipment should be used to make soap as the melting temperatures generally reach above 48 áµ'C (120 áµ'F). When skin is exposed to hot soap, it is painful.
Fresh ingredients such as fruits, vegetables, or milk are best avoided in a melt and pour soap recipe, as they will always spoil eventually.