1. You put 1 tab in your mouth and chew it, for example on your molars, which results in a creamy texture, not a foamy one. We deliberately use only a very gentle and natural surfactant.  

2. You moisten your toothbrush and brush your teeth as usual. 

3. spit out, rinse your mouth with water, done! How do your teeth feel now? 

We recommend 1 tab in the morning and 1 tab in the evening. To slowly approach the foam-free brushing experience, you are also welcome to take 2 tabs in the morning and 2 tabs in the evening for brushing. Should you ever feel like having a fresh breath during the day, you are also welcome to chew and rinse a tab in between.

The cellulose fibers in the toothpaste tablets are obtained from woody plant parts. Of course, FSC certified and grown in the EU. It is a long-chain polysaccharide that can polish your teeth ultra-smooth to the interdental spaces. That's why new particles roll off the surfaces of your teeth. Coatings, also known as plaque, can practically not form in the first place.  

Stimulates the flow of saliva. The increased salivary flow with natural calcium and phosphate ions causes faster remineralization of the enamel and tooth.

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Also known as sodium bicarbonate, in the reaction with the citric acid adjusts the pH of the tab to a neutral value during tooth brushing.

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Serves as gentle cleaning body.

A mild and natural surfactant composed of vegetable fatty acids and the amino acid glutamic acid isolated from plant proteins. When cleaning, it helps to combine proteins, fats and carbohydrates with water to flush them out when rinsing.

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Provides together with the stevia extract for the great taste. 

A natural polysaccharide that is also used as a thickener and gelling agent. In the toothpaste tab, it provides the pleasant creaminess after chewing the tab.  

Sweet tasting plant, which together with the aroma and menthol provides the good taste. Stevioside are not sugar, but proteins that have a characteristic sweet taste. Therefore, stevioside can not trigger tooth decay. 

Natural colorant from beetroot, which provides the great color when brushing teeth.

A carbohydrate mixture derived from vegetable starch, which serves as a carrier for the beet powder and ensures that the natural dye is well distributed. 

Serves the remineralization of tooth enamel and can help especially with sensitive teeth, but also with incipient caries.

The fluoride content is adapted for children and is 500 ppm.

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A herbal excipient necessary for tab production. 

Sodium Lauryl Sulfate (SLS) is the surfactant most commonly used in cosmetics. It has a property that is desirable in many cosmetic products: it foams. Danger: Its cleansing power is so effective that it can dry out and irritate mucous membranes and cause aphthae, among other things. 

Contributes to an even distribution during application and strengthens the foam quality. Danger: Formation of nitrosamines possible. Nitrosamines are carcinogenic, so their use is restricted in the EU. 

Used as a preservative because it inhibits the development of microorganisms in cosmetic products. Danger: Hormonal disorders such as changes in the sex organs in animals have been documented. Therefore, it is on the EU priority list for endocrine disruptors. 

Toothpaste consists of just under 50% water. Water is often used to create a pleasant consistency, as it is a very cheap resource. Disadvantage: Wasteful and heavy to transport. Both lead to a poorer ecological balance. 

Taken as an alternative to sodium fluoride. Companies promote the ingredient as "liquid" or "artificial" enamel. Dental care products are supposed to be able to repair already damaged enamel by using the nano-sized hydroxyapatite particles to repair fine cracks in the enamel. However, there is no scientific evidence for this. The effects have never been tested in meaningful studies.

Their purpose is to spice up the toothpaste aesthetically. However, they have no cosmetic value. Danger: Azo dyes can trigger pseudoallergies and are also suspected of being carcinogenic if they are broken down again in the body into carcinogenic starting compounds (including aniline). 

Humectant in toothpaste. Danger: Is derived from petroleum and can cause allergic reactions. Does not apply to Denttabs, as the tab is a dry product.  

Inhibits the development of microorganisms in cosmetic products primarily. Danger: Can cause allergies and pseudoallergies. Needed if you have an aqueous system as in toothpaste.   

Microplastic is used to get a nice consistency in toothpaste. Furthermore, it is popular to achieve a better cleaning with abrasive and scouring particles. Danger: Microplastics are extracted from petroleum and enter the sewage system directly from cosmetics. The problem is that sewage treatment plants cannot completely retain the microparticles due to their small size. Some of it, therefore, leaks into natural waters. Sewage sludge used for fertilizing fields also contains microplastics. Meanwhile, some data relate directly to humans. Plastic particles (up to four μm in diameter) are absorbed by the epithelial cells of the human intestine. 

Consistency giver used to form a good consistency. Toothpaste thus remains shapely and aesthetic; the paste can be nicely distributed in the mouth and form a homogeneous mass with saliva. Cons: Is obtained from petroleum.  

Nanoparticles are used in toothpaste to mask any color and make the toothpaste white. Titanium dioxide is a common agent used to bleach and lighten confectionery or sauces. Danger: In January 2017, a new study was published that confirms: Titanium dioxide appears to lodge in the body, weaken the immune system, and can cause cancer - even in just the small dose you take every day via toothpaste, blood pressure pills, magnesium tablets, or chewing gum. In France, the ingredient is banned. 

Limonene is a perfume substance derived from plants. Danger: A certain amount can cause contact allergies. The allergy risk is such great limonene that the substance must be declared on all products within the EU since 2005. 

Well used in cosmetics because it has an antioxidant property and increases product stability. Danger: In high concentrations leads to drowsiness. In animal studies, tumors were found in the forestomach of rats. There is a risk of accumulation in the body when high concentrations are ingested. BHA is also suspected of causing allergies.