Uncomplicated ingredients: 

When it comes to products that go in and on your body, fewer ingredients is better! Ollie Clean Mint toothpaste is the simplest solution for a natural toothpaste with ingredients proven to effectively fight cavities. Many natural toothpastes remove all cavity fighting ingredients and leave you with less protection than other alternatives. Ollie is formulated with 10% nano-hydroxyapatite which has been shown to be just as effective as fluoride at preventing cavities. Free from SLS, glycerin, and artificial colors, you won’t find any cringe worthy ingredients. 

Ollie only has 11 ingredients (two of which are water and coconut oil), each with a specific purpose. Here’s some keys to the formula: 

• Xylitol – a sweetener that literally “starves” streptococcus mutans – a bacterial strain that causes tooth decay. This should be a staple in any toothpaste. 
• Nano Hydroxyapatite – Very few toothpastes contain hydroxyapatite, much less 10%. The nano particles are small enough to fit into and heal small cracks and gaps within your teeth and the concentration means there will be enough to do the job. 
• Potassium Gluconate – a potassium salt compound that helps control tooth sensitivity. 
• Coconut Oil – has been shown to have anti-microbial and anti-inflammatory properties. 

How does it taste? 

The light Clean Mint flavor is powered by natural peppermint oil and isn’t too strong. The Sodium Glutimate provides foam without any risks of irritation. The clean mint formulation is also significantly less watery than most other natural toothpaste formulas. Minty enough to freshen your breath without any harsh burn.  

Check out the purity of our Clean Mint toothpaste here: Purity Results

Purified Aqua (water)
Calcium Carbonate
Silica(friction type)
Nano Hydroxyapatite
Hydrated Silica
Xylitol
Peppermint oil
Xanthan Gum
Sodium Cocoyl Glutamate
Potassium Gluconate
Coconut Oil

Why 10% matters: Most studies which test the effectiveness of hydroxyapatite use a 10% formula. This concentration is the gold standard for cavity protection. 

 “HAP particles resemble naturally occurring enamel crystals. HAP particles have been shown to bind to the damaged enamel surface and fill in the porous surface irregularities in order restore the surface integrity” 

https://www.ncbi.nlm.nih.gov/pmc/articles/PMC8930857/ 

Author information: 

1Faculty of Dentistry, University of Toronto, 124 Edward St., Toronto, M5G 1G6 Canada 

2Research Department, Oral Care Dr. Kurt Wolff GmbH & Co. KG, Johanneswerkstr, 34-36, 33611 Bielefeld, Germany