NanoDent Toothpaste
Nano Colloidal Silver & Hydroxyapatite Toothpaste
Available in 3 different flavors, plus 1 Bundle
- Cool Mint
- Orange Chill
- Star Anise
- 3 Pack including each Flavor
Each in a 3.5 fl oz Airless Pump bottle
Email to a FriendAll-Natural Remineralizing Toothpaste
Discover the power of nature in every brush with all-natural NanoDent toothpaste. Thoughtfully crafted with Nano-colloidal Silver for a fresh, clean mouth; Nano-hydroxyapatite to strengthen enamel; Xylitol & Essential Oils for a crisp, clean mouth feel; Diatomaceous Earth and Calcium Carbonate for gentle whitening & polishing; and Hyaluronic Acid to leave gums feeling soft and hydrated. Rooted in time-honored ingredients and inspired by science, it delivers a refreshing, effective clean—naturally!
Hydroxyapatite Versus Fluoride
Hydroxyapatite strengthens enamel through a process called remineralization. This involves:
- Filling Gaps: Hydroxyapatite particles bind to the enamel, filling in microscopic cracks and weak spots caused by acids from food and bacteria.
- Restoring Minerals: It provides essential minerals, calcium and phosphate, which are vital for rebuilding enamel structure.
Hydroxyapatite is the native material of our tooth enamel and the strategy behind brushing with it is to replenish this material for natural tooth repair and conditioning.
Fluoride, while possessing a similar remineralization mechanism to Hydroxyapatite works through the formation of Fluorapatite. i.e. Fluoride can replace hydroxide ions in Hydroxyapatite, by forming Fluorapatite. While to some degree this might happen naturally over the course of one's life, the topical application of fluoride via toothpaste is hardly natural.
That said, it could be argued that tooth enamel with higher levels of Fluorapatite might be more resistant to acid and bacterial attacks, but it can also lead to other problems, such as Dental Fluorosis, or embrittled teeth. Dental Fluorosis is a condition where the teeth can become spotted, embrittled and weaker as a result.
Again, to underscore the difference between topical application of Fluoride versus Hydroxyapatite, as it concerns daily brushing, Hydroxyapatite is safer and more natural solution.
NanoDent is:
- 100% Natural
- 20 ppm, 99.999% Nano Silver
- Made with Nano Hydroxyapatite
- Made with Pure Essential Oils
- Fluoride Free
- SLS Free
- Travel Friendly
- Easy to Dispense Airless Pump
Hydroxyapatite is the native material of our tooth enamel and by brushing with it — especially, in nano form — we can replenish this material for natural tooth repair and conditioning.
Key Ingredients:
- Nano-Hydroxyapatite
- True Colloidal Silver
- Hyaluronic Acid
- Xylitol
- Pure Essentials Oils
All-Natural Flavors
Cool Mint
A delightfully cool blend of mint for a traditional brushing experience that will leave your mouth feeling fresh!
Including Essential Oils of: Peppermint and Spearmint
Orange Chill
A fun citrus flavor, perfect for kids with, almost reminiscence of bubble gum or "orange dreamsicle"!
Including Essential Oils of: Sweet Orange, Sweet Birch, Lime and Lemon
Star Anise
A singular essential oil that stands all on it's own with a sweet, licorice-like flavor with hints of clove and cinnamon!
Including Essential Oils of: Star Anise
That's it!
NanoDent Toothpaste FAQ
How does Hydroxyapatite strengthen enamel?
Hydroxyapatite strengthens enamel through a process called remineralization. This involves:
- Filling Gaps: Hydroxyapatite particles bind to the enamel, filling in microscopic cracks and weak spots caused by acids from food and bacteria.
- Restoring Minerals: It provides essential minerals, calcium and phosphate, which are vital for rebuilding enamel structure.
Hydroxyapatite is the native material of tooth enamel and the strategy behind brushing with it is to replenish this material for natural tooth repair and conditioning.
Why don't you use Fluoride along with or instead of Hydroxyapatite?
While similar to the remineralization process and mechanism of topical Hydroxyapatite, fluoride can remineralize tooth enamel through the formation of Fluorapatite. Fluoride can replace hydroxide ions in Hydroxyapatite (the natural mineral component of enamel), by forming Fluorapatite.
While to some degree this might happen naturally over the course of one's life, the topical application of fluoride via toothpaste is hardly natural.
That said, it could be argued that tooth enamel with higher levels of Fluorapatite might be more resistant to acid and bacterial attacks, it can also lead to other problems, like Dental fluorosis. Dental fluorosis is a condition where the teeth can become brittle, spotted and weaker as a result.
Again, to underscore the difference between topical application of Fluoride versus Hydroxyapatite, as it concerns daily brushing, Hydroxyapatite is safer and more natural.
What does Star Anise taste like?
Star anise has a sweet, licorice-like flavor with hints of clove and cinnamon. Yet, the essential oil — which is the component we use for flavoring NanoDent — contains no sugar, yet it imparts a mild sweetness with spicy and slightly bitter notes.
The primary taste comes from anethole, the same compound found in anise seed.
What should I do if my dispenser clogs?
Firstly, we recommend that when your NanoDent Toothpaste is not in use, keep the cap on! This will keep the product fresh longer and prevent severe clogging.
However, if you should find that your NanoDent dispense is clogged at the tip, simply take a toothpick, or similar poking device the clear it out. Once you'd dislodged any hardened material, it should flow again as normal.
Why do you use Hyaluronic Acid in NanoDent?
Hyaluronic Acid is beneficial for gum health as it helps in tissue hydration, reduces inflammation, and accelerates healing.
Two if it's main benefits are:
- Hydration: Hyaluronic Acid retains moisture in the gum tissue, preventing dryness and promoting a balanced oral environment.
- Inflammation Reduction: It has anti-inflammatory properties that help soothe swollen and irritated gums, reducing redness and discomfort.
Also, Hyaluronic Acid stimulates collagen synthesis, which is essential for maintaining gum strength and elasticity.