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Titanium dioxide (chemical formula: TiO 2 ) is practically everywhere. It forms naturally from titanium and oxygen in the ground, but the pure form you buy is mostly made in factories. [1] X Research source If you look around and see something white and made by humans, there's a good chance this chemical is the source of that white color. Soap-making hobbyists use titanium oxide as their go-to whitener, but you'll need to mix it with water or oil first if you want your soap to have an even color.
Steps
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Use 1/2 tsp TiO 2 per pound of fat to make white cold process soap. (That's roughly 5 mL per kg, metric users.) This is enough to make a pure white soap, or to lighten another color into a pastel shade. You don't need to be super exact—just mix at least this much, so you're ready to experiment while making your soap.
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Measure 1/16 to 1/8 tsp TiO 2 per pound of melt-and-pour soap. (That's about 0.6 to 1.3 mL per kg.) Melt and pour soaps don't need as much titanium dioxide as other methods.
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Stir 1 part TiO 2 into 3 parts warm carrier oil. You can add it straight to your glycerin (clear melt-and-pour soap), but using a carrier oil like sunflower oil will give you a more even texture. Stir or blend until there are no white speckles and the mixture is one even white color. (This might take a while!) [8] X Research source
- You can skip this step and mix directly into the soap, but that tends to make a slightly speckled soap.
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Mix this into melted glycerin. Melt a chunk of clear soap, enough to store in a small plastic cup. Stir the titanium dioxide and oil mixture into the melted soap until it's one even white color. Once that's set, you have a piece of white soap—just break pieces off and add it to your melt-and-pour mixtures whenever you want to make them lighter in color.
- It's easy enough to find white melt-and-pour soaps that have already been colored with titanium dioxide if you want to save yourself some work.
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You can stir the mix in when you reach trace. Just like any colorant, it's time to stir in the pre-mixed titanium dioxide as soon as your combined lye and oils reach the trace stage. (That's when the soap still pours off a spoon, but leaves a trace on the mixture when it falls back down.) All you need to stir it is a spatula—no need to pick up the stick blender for this step.
- Titanium dioxide sometimes cause a cracked look called glycerin rivers, especially when mixed with water instead of oil. This isn't a major issue, but if you want to avoid it, try using a little less water in the soap, lowering the soaping temperature slightly, and/or getting more air flow over the soap mold. [9] X Research source
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You can add the dioxide at the beginning instead. You can stir an oil-based mix into your starting oils, or a water-based mix into your lye water. Oxides survive the heating process just fine, so this works well if you want a whole batch of white soap and don't plan on doing any fancy color combinations later.
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Titanium dioxide is considered safe by the US FDA. Pigment-grade titanium dioxide is often added to soaps, makeup, and toothpaste. The US FDA considers it safe even for products like eyeshadow that are used near sensitive areas. [10] X Research source
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There are signs of danger only in very specific cases. When ground into extremely fine nanoparticles, titanium dioxide could be small enough to damage skin and lungs. This is a small percentage of all titanium dioxide made. [11] X Research source Even then, the risk is small and mostly a concern for workers exposed to it for years, not people using it at home. [12] X Trustworthy Source Centers for Disease Control and Prevention Main public health institute for the US, run by the Dept. of Health and Human Services Go to source If you're worried about this, read the product info before buying to look for a "no nanoparticle" guarantee.
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Community Q&A
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QuestionCan I use titanium oxide for pesticide formulation?Mr cTop AnswererTitanium dioxide isn't typically used as an active ingredient in pesticide formulations. It's more commonly used as a pigment, thickener, or UV blocker in various products, including paints, sunscreens, and food items. Pesticides usually contain active ingredients designed to kill or repel pests, and these ingredients are carefully regulated for safety and effectiveness. If you're looking to formulate a pesticide, it's best to use active ingredients specifically designed for that purpose and follow all relevant regulations and guidelines.
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Tips
- Distilled water is the best choice whenever you use water in soapmaking. Tap water is fine if that's all you have, but there's a chance it affects the feel and lather of the soap. [13] X Research sourceThanks
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References
- ↑ https://www.chemicalsafetyfacts.org/titanium-dioxide/
- ↑ https://pubchem.ncbi.nlm.nih.gov/compound/Titanium-dioxide
- ↑ https://learning.elementsbathandbody.com/tutorial/all-about-colorants/
- ↑ https://www.chemicalsafetyfacts.org/titanium-dioxide/
- ↑ https://learning.elementsbathandbody.com/tutorial/all-about-colorants/
- ↑ https://learning.elementsbathandbody.com/tutorial/all-about-colorants/
- ↑ https://learning.elementsbathandbody.com/tutorial/raindrop-swirl-soap-recipe/
- ↑ https://learning.elementsbathandbody.com/tutorial/all-about-colorants/
- ↑ https://www.modernsoapmaking.com/blog/troubleshooting-crackling-glycerin-rivers-in-soap
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