Create a gentle and effective natural remineralizing toothpaste with nano-hydroxyapatite to strengthen enamel, and xylitol to help fight cavities. Sweetened naturally, preserved with glycerin, and flavored with refreshing essential oils. Safe, kid-friendly, and fluoride-free.

Why Make My Own Toothpaste?
Commercial toothpastes often contain unnecessary additives, artificial sweeteners, and fluoride, which many families prefer to avoid. This homemade toothpaste gives you full control over the ingredients—safe, natural, and effective.
Bentonite clay helps detoxify and polish without damaging enamel, while calcium carbonate provides a mild abrasion and extra calcium. Nano-hydroxyapatite, the mineral that makes up our teeth and bones, works to rebuild and protect enamel, making this toothpaste especially effective for cavity prevention. Xylitol not only adds a light sweetness but also helps fight harmful bacteria, while food-grade vegetable glycerin keeps the paste smooth and shelf-stable. A touch of peppermint, spearmint, or orange essential oil adds refreshing flavor for the whole family. Free of fluoride, artificial sweeteners, and unnecessary additives, this recipe offers a safe, effective, and kid-friendly way to care for your smile naturally.
Why Not Fluoride?
Fluoride has long been added to toothpaste for cavity prevention, but some people choose to avoid it due to concerns about overexposure, toxicity if swallowed (especially in children), and possible links to health issues. Nano-hydroxyapatite offers a natural alternative: it strengthens and remineralizes teeth without these risks, making it an excellent fluoride-free option for the whole family.

*Amazon links are affiliate links, meaning I get a small commission if you choose to purchase through my link. Thank you so much for your support!
Natural Remineralizing Toothpaste with Nano-Hydroxyapatite
Ingredients
- 3 teaspoons bentonite clay (detoxifies and gently cleans teeth)
- 6 teaspoons calcium carbonate (adds mild abrasion and extra calcium)
- 3 teaspoons nano-hydroxyapatite powder (remineralizes enamel)
- 3 teaspoons xylitol crystals (crystals you will have to dissolve vs powder) (natural sweetener that also helps fight cavities)
- 5 teaspoons vegetable glycerin (food grade) (natural humectant and mild preservative)
- 15–20 drops peppermint / spearmint OR orange (kid friendly) food grade essential oil (for flavor and freshness)
- Optional: 1 tsp baking soda (mild abrasive and whitener, optional for sensitive teeth)
- 4 ounce glass jar with lid OR silicone reusable toothpaste tube

Instructions
NOTE: Do NOT use metal bowls or utensils, as it reacts with the bentonite clay and reduces its effectiveness.
- In a glass or ceramic bowl, mix the dry ingredients.
- 3 teaspoons bentonite clay, 6 teaspoons calcium carbonate, 3 teaspoons nano-hydroxyapatite, 3 teaspoons xylitol powder (not crystals), and optional 1 teaspoon baking soda
- In a microwave safe bowl, combine xylitol crystals (if not using powder) and food grade vegetable glycerin. Microwave for 30 seconds or heat on the stove until xylitol crystals have dissolved.
- 5 teaspoons vegetable glycerin, 3 teaspoons xylitol crystals (if not using powder)
- Mix wet ingredients slowly and thoroughly into dry ingredients using a non-metal utensil (to avoid deactivating bentonite clay).
- Add essential oil and adjust consistency by adding more vegetable glycerin or water. Note: If you use water, you will decrease the shelf life of the toothpaste.
- Store in a glass jar with lid or a silicone squeeze tube.
- Use a clean spatula or scoop to apply to your toothbrush if using from a jar.
Storage
- Keep sealed in a cool, dry place.
- Lasts up to 6-12 months, 3 months if water is added.
Notes
- Nano-hydroxyapatite is proven to support enamel remineralization and is safe for kids and adults.
- Avoid using metal utensils with bentonite clay to preserve its detox properties.
- You can adjust the mintiness and sweetness to taste.

Natural Toothpaste with Nano-Hydroxyapatite
Create a gentle and effective natural remineralizing toothpaste with nano-hydroxyapatite to strengthen enamel, and xylitol to help fight cavities. Safe, kid-friendly, and fluoride-free.
Ingredients
- 3 teaspoons bentonite clay (detoxifies and gently cleans teeth)
- 6 teaspoons calcium carbonate (adds mild abrasion and extra calcium)
- 3 teaspoons nano-hydroxyapatite powder (remineralizes enamel)
- 3 teaspoons xylitol powder / crystals (crystals you will have to dissolve)Â (natural sweetener that also helps fight cavities)
- 5 teaspoons vegetable glycerin (food grade) (natural humectant and mild preservative)
- 15–20 drops peppermint / spearmint OR orange (kid friendly) essential oil (for flavor and freshness)
- Optional: 1 tsp baking soda (mild abrasive and whitener, optional for sensitive teeth)
- 4 ounce glass jar with lid OR silicone reusable toothpaste tube
Instructions
1. In a glass or ceramic bowl, mix the dry ingredients.
3 teaspoons bentonite clay, 6 teaspoons calcium carbonate, 3 teaspoons nano-hydroxyapatite, 3 teaspoons xylitol powder (not crystals), and optional 1 teaspoon baking soda
2. In a microwave safe bowl, combine xylitol crystals (if not using powder) and food grade vegetable glycerin. Microwave for 30 seconds or heat on the stove until xylitol crystals have dissolved.
5 teaspoons vegetable glycerin, 3 teaspoons xylitol crystals (if not using powder)
3. Mix wet ingredients slowly and thoroughly into dry ingredients using a non-metal utensil (to avoid deactivating bentonite clay).
Add essential oil and adjust consistency by adding more vegetable glycerin or water. Note: If you use water, you will decrease the shelf life of the toothpaste.
4. Store in a glass jar with lid or a silicone squeeze tube.
5. Use a clean spatula or scoop to apply to your toothbrush if using from a jar.
Notes
Lasts up to 6-12 months, 3 months if water is added.
Nano-hydroxyapatite is proven to support enamel remineralization and is safe for kids and adults.
Avoid using metal utensils with bentonite clay to preserve its detox properties.
You can adjust the mintiness and sweetness to taste.



Leave a Reply