Knowde Enhanced TDS
Identification & Functionality
- INCI Name
- Ingredient Origin
- Cosmetic Ingredients Functions
- Technologies
- Mironekuton ® Components Comparative Example Of A Conventional Clay Minerals
This product Montmorillonite Sabo stone Bentonite 1 Bentonite 2 Aluminum oxide (Al2O3) 13.0 12-27 4-15 11.84-26.85 14.27 Silicon dioxide (SiO2) 60.0 54-70 40-50 53.90-69.70 58.79 Calcium oxide (CaO) * 4.1 0.23 to 2.90 0.70 Iron oxide (Fe2O3) * 4.2 0.90-3.27 2.99 Magnesium oxide (MgO) 1.5 1.5 1-4 11-26 1.01 to 3.61 1.28 Sodium oxide (Na2O) 0.15 0.66 ~ 4.33 3.42 Sulfur (S) * 1.1 Rin (P) * 1.7 Titanium oxide (TiO2) * 0.6 * This product is analyzed by plasma emission spectroscopy. Others are excerpted from the commentary on bentonite and aluminum magnesium silicate of Sotohara.
* The difference in appearance seems to be due to iron oxide and sulfur.
- Structural Component
Cosmetic Display Name
Quasi-Drug Display Name INCI Name Tanakura Clay Sulfur-Containing Aluminum Silicate Tanakura Clay
Features & Benefits
- Benefit Claims
- Labeling Claims
- Features
- Mironekuton® is different from the conventional clay minerals, is a natural inorganic material of marine origin.
- Mironekuton® because of the porous material having an average pore radius of 500 Å, such as to adsorb dirt or stain the skin surface, it can be expected smooth beautiful skin effect simply by washing.
- Mironekuton® is to contain a well-balanced variety of minerals, it can be expected to act to issue a moist feeling.
- Mironekuton® we can expect anti-inflammatory action by the action of sulfur in iron oxide and trace.
* By applying these effects and actions, it can be widely used in pack bases, facial cleansers, soaps, creams, shampoos, treatments, etc
Applications & Uses
- Markets
- Hair Care Applications
- Skin Care Applications
- Product Highlights
Mironekuton ® , the number million years ago (Neogene, Miocene) in the marine flora and fauna (shell, fish of various nekton, plankton, algae, seaweed and other organisms such) is buried deposited, by microorganisms, decomposition and It is a natural inorganic substance excavated from the geological layer created by the thrust fault caused by the corrosive mud that has been repeatedly metabolized and resynthesized and protrudes onto the horst due to the crustal movement of the Pacific plate. The natural inorganic substances mined from the Tanagura crush zone extending east and west of Tanagura Town, Fukushima Prefecture, are soft and porous, and are rich in various minerals.
About the action of sulfur
Sulfur reacts with keratin proteins, especially cysteine, on the surface of the skin and gradually becomes hydrogen sulfide and polythionic acid, especially pentathionic acid, and exhibits antibacterial properties. In addition, by changing the -SH group to S / S, which is said to be related to skin keratinization, it exhibits a keratin softening effect. It also has a mild reducing effect. (Whitening effect) These effects are enhanced by adding an alkaline agent.