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| 1. Dr. Bronner's Lavender Castile Bar 5oz (New Organic Formula) | |
| Dr. Bronner's LAVENDER Pure-Castile Soap contains both Lavandin & Lavender essential oils to create a soothing and harmonizing bathing experience for the body and mind. Like long serene sunsets over still calm waters, Lavender-Castile showers replenish and recharge the soul. Soap is made by saponifying a fat or oil with a strong alkali. A fat or oil is a triglyceride, which means that three fatty acids of various carbon lengths are attached to a glycerine backbone. The strong alkali is either sodium (for bars) or potassium (for liquids) hydroxide. The saponification process is a simple one-step reaction with no waste generated: the glycerine is split off from the fatty acids, and the fatty acids combine with the sodium or potassium to form soap, while the hydroxide forms water. The result is soap, glycerin and water (no alkali remains). Quality soap-making consists in great part in . . . | |
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| 2. Dr. Bronner's Rose Castile Bar 5oz (New Organic Formula) | |
| Dr. Bronner's Rose Pure-Castile Soaps are available only in bar soaps. The Rose bar, with beautifully blended natural essential oils & isolates, has an elegant and romantic traditional feel. Soap is made by saponifying a fat or oil with a strong alkali. A fat or oil is a triglyceride, which means that three fatty acids of various carbon lengths are attached to a glycerine backbone. The strong alkali is either sodium (for bars) or potassium (for liquids) hydroxide. The saponification process is a simple one-step reaction with no waste generated: the glycerine is split off from the fatty acids, and the fatty acids combine with the sodium or potassium to form soap, while the hydroxide forms water. The result is soap, glycerin and water (no alkali remains). Quality soap-making consists in great part in choosing the right proportions of the right oils with their different fatty acids. Most . . . | |
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