How to Make Homemade Peppermint Soap
Homemade peppermint soap offers many health benefits. Unlike most commercially produced soap, it contains a high quantity of glycerin, a natural by-product of soap that moisturizes and nourishes the skin. The peppermint also makes it effective at combating stress, soothing irritated skin and refreshing the senses. An efficient yet gentle cleanser, homemade peppermint soap is ideal for daily use and can be made with ingredients found at your local craft store.
Things You'll Need
- 1 pound glycerin soap base
- Knife
- Double boiler
- Spoon
- Food coloring
- 1 tbsp. peppermint essential oil
- Spray bottle with rubbing alcohol
- Soap mold
- Plastic wrap
Instructions
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1
Cut the glycerin soap base into matchbox-sized chunks and set aside.
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2
Bring water to a boil in the double boiler.
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3
Add the soap base chunks and set the temperature to low. Stir occasionally until the chunks are fully melted.
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4
Remove the soap base from the heat. Stir in the food coloring until the desired color is achieved, then add the peppermint essential oil and mix thoroughly.
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5
Spray the soap mold with the rubbing alcohol. This will help prevent air bubbles and will make it easier to remove the soap later on.
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6
Pour the base into the soap mold. Wait for any air bubbles to rise to the surface of the mixture, then spray them lightly with the rubbing alcohol to disperse.
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7
Allow the soap to cool for an hour before placing it in the freezer. Wait 30 minutes, then remove. Make sure the soap is fully hardened before removing it from the mold.
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Tips & Warnings
To ensure quality, make sure the soap base packaging lists glycerin as a main ingredient. You can use a microwave to melt the soap base instead of a double boiler. Microwave the chunks in a well-covered glass container until the soap base is completely melted. Prior to storing, use plastic wrap to package any soap that is not to be used right away. Get creative with your soap molds; try using an ice cube tray or a muffin tin.
Too much stirring can cause the excessive formation of air bubbles. Allowing the soap base to get too hot will cause the glycerin to evaporate .
