Isabella’s Clearly Remineralising Tooth Powder | Teeth Whitening Natural Toothpaste Fluoride Free for Adults, Kids, Sensitive Gums | Xylitol, Baking Soda, Bentonite Clay, Calcium (Mint Flavor)

• ✔ NATURAL ENAMEL REPAIR TOOTHPASTE - Natural whitening toothpaste powder nourishes the gums and teeth to aid in remineralization, which can help strengthen teeth enamel and prevent tooth decay. High mineral content with clay, calcium carbonate and baking soda.
• ✔ ALL NATURAL TOOTH POWDER - All natural teeth whitening remineralizing toothpaste neutralizes excess acids helping to reduce plaque and restore dental health. Ideal for sensitive teeth and gums.
• ✔ BREATH FRESHENER - Natural teeth cleaning essential oils help to freshen the breath and reduce bleeding in the gums for optimal gum health. Great mild refreshing mint tooth paste powder that is loved by adults and kids! No artificial flavors - MINT is naturally flavored wtih mint leaves and essential oils.
• ✔ NATURAL TEETH WHITENER - Our tooth powder acts as a natural mild abrasive tooth whitening polish that gently polishes and removes stains from the surface of the teeth to reveal brighter whiter ernamel. It's a great alternative to activated charcoal toothpaste and other whitening treatments.
• ✔ SMALL BATCHES MADE IN USA - Our remineralizing toothpowder is made from all natural bentonite clay food grade, calcium carbonate powder, sodium bicarbonate, organic Xylitol and essential oils. It's made in small batches in the USA with absolutely no fluoride, alcohols, glycerin or artifical ingredients.

Product description Isabella's Clearly MINT is natural and healthy toothpaste powder. Our natural baking soda and xylitol toothpaste powder enriched with high mineral content nourishes the gums and teeth to aid in teeth remineralization, to help strengthen the teeth, repair tooth enamel and prevent tooth decay. Our fluoride free toothpaste is an organic toothpaste that neutralizes excess acids to reduce plaque and restore dental health. Our natural tooth powder is ideal for adults and kids looking for a flouride free toothpaste. The sensitive toothpaste powder contains essential oils that freshen the breath and reduce bleeding in the gums. Our natural mild mint toothpaste flavor is loved by adults and kids! A natural mild abrasive teeth whitening toothpaste gently polishes and removes stains from the enamel revealing whiter brighter teeth - a great alternative to activated natural charcoal whitener toothpaste or other teeth whitening kits. If you are looking for a toothpaste without fluoride, toothpaste for sensitive teeth, toothpaste whitening, whitening toothpaste for adults, whitening toothpaste for kids, travel toothpaste, remineralization gel, remineralizing mouthwash, powdered toothpaste, tooth mineral powder, teeth whitening powder, charcoal powder, tooth powder for remineralizing, all natural toothpaste fluoride free, all natural toddler toothpaste, all natural toothpaste for sensitive teeth, all natural toothpaste no chemicals, then give our tooth powder a try! Our all natural baking soda powder toothpaste is made with food grade bentonite clay, calcium carbonate, organic Xylitol, mint leaves and essential oils without toxins, preservatives, chemicals, glycerin or artificial flavors. Our sustainable products are made in small batches in the USA to help remineralize teeth because tooth remineralization is a key factor in dental hygiene. Choose from 2 flavors, clearly MINT, fresh mild mint flavor and clearly SPICE, made with organic cinnamon, nutmeg and clove. Ingredients Organic Xylitol, Food-Grade Bentonite Clay, Aluminum-Free Baking Soda, Calcium Carbonate, Organic Mint Leaf Powder, Peppermint Essential Oil, Eucalyptus Essential Oil, Myrrh Essential Oil. Directions Use Clearly MINT in place of traditional toothpaste. Wet toothbrush with water, remove excess water, dip into MINT jar to add a little powder. Brush your teeth normally then rinse well. Safety Warning For external use only. Do not ingest. Keep out of reach of children. Stop using and consult a dentist if irritation occurs.