Nanotechnology development for all liquid solutions! It instantly breaks down aqueous solutions to the molecular level and penetrates.
Introducing "Advanced Technologies of Mixing, Penetration, and Nanonization." This technology utilizes cell molecular fractionation liquid for development. The clusters that make up the solution are extremely fine, and by incorporating them into the liquid medicine, the clusters of the medicine itself are refined, allowing for deep mixing and penetration of the corresponding substances, maximizing the effects of the main components in a short time. Additionally, by applying this technology, it becomes possible to develop new materials and products that leverage the properties of the materials and possess composite elements. 【Features】 ■ Instant molecular-level decomposition of aqueous solutions for penetration ■ The minimum bonding liquid substance is water ■ The method for adjusting the depth of penetration is possible by adjusting the amount added *For more details, please refer to the PDF materials or feel free to contact us.
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【Three Major Functions of Development】 ■Nanonization ■Blending ■Penetration *For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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Our company primarily conducts research and development related to cosmetics, quasi-drugs, beauty, and hair regeneration, as well as the sale of consumables. Our representative, Mr. Ken Hayashihara (former president of Hayashihara Co., Ltd./Okayama), has influenced us both personally and professionally for over 40 years. We aim to engage in research and development that contributes to society, even in a small way. Permeation is highly achievable with porous materials, enabling long-term natural release. This technology does not use any surfactants. Generally, silver ion water does not permeate materials or substances. The mixed permeation technology allows for the fine-tuning of the moisture in silver ion water to 3 nm to 7 nm, enabling high permeation into materials that previously did not allow for it, thereby enhancing the effectiveness of functional agents. By refining the components, the degree of permeation increases, allowing for high permeation even into challenging materials. Additionally, since there are no changes in composition, the properties and performance of the base materials remain unaffected. This technology enables the development of new materials and products. The fine-tuning of liquid agents, such as aqueous and oily solutions, to 3 nm to 7 nm allows for new product development in various fields, including cosmetics, hair growth agents, deodorizing antibacterial agents, adhesives, pharmaceuticals, construction materials, paint materials, cleaning materials, contaminated soil, biotechnology, and agriculture.
