Discover a travel-friendly solid toothpaste tablet designed to support daily oral hygiene with a clean, practical format. Natessance Toothpaste to Crunch Organic Aloe Vera & Bicarbonate combines a chewable texture with a naturally derived formula to help leave teeth feeling clean and breath fresh, while offering a whitening effect and a zero-waste approach.
Key Benefits:
- Helps provide a clean-mouth feeling and fresher breath.
- Supports a whitening effect with sodium bicarbonate.
- Formulated with organic aloe vera and xylitol.
- 100% naturally derived formula and vegan.
- Water-free format with 1 tablet per brushing for convenient, low-waste use.
Active Ingredients:
- Organic Aloe Vera Powder: included to help support a comfortable, balanced oral care routine.
- Sodium Bicarbonate: helps promote a whitening effect and contributes to a polished, clean feel.
- Xylitol: part of the core formula used in this solid toothpaste tablet.
How to Use:
- Chew 1 tablet until it turns into a powder.
- Brush for at least 2 minutes using a soft toothbrush.
- Rinse thoroughly.
- Suitable from age 7 and up, under adult supervision.
Ingredients (INCI):
Calcium Citrate, Erythritol, Calcium Carbonate, Sodium Bicarbonate, Aroma (Flavor), Xanthan Gum, Xylitol, Sodium Lauroyl Glutamate, Citric Acid, Aloe Barbadensis Leaf Juice Powder*, Rebaudioside A, Magnesium Stearate, Limonene**
*Ingredient from organic farming
**Naturally occurring allergen present in the flavor
Product Specifications:
- Product type: Solid chewable toothpaste tablets
- Variant: Organic Aloe Vera & Bicarbonate
- Barcode (EAN): 3517360022513
- Format: 80 tablets
- Net weight: 52 g
- Origin: Made in France
- Certification: COSMOS NATURAL
- Claims verified on retailer sources: vegan, 100% naturally derived, water-free
Test Disclaimer:
Product information has been compiled from publicly available brand-aligned pharmacy and retailer sources matched to the exact EAN. Always refer to the product packaging for the most current ingredient list, usage guidance, and precautions before use.