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We directly produce and research raw materials.
Started researching/developing graphene as an industrial material
Numerous companies have studied graphene to make a thin film as a dream material, but it has not been mass-produced yet.
GOH uses hydrogen 'H' to make the graphene powder eco-friendly for functional improvement and to increase its functionality with other materials.
Efforts to make it into a film continued with GOH, resulting in a thin film with 'C' and 'H' that is too delicate and too thin for industrial use.
Researching properties and applications, it was found that it has properties that are effective for cosmetics when put in vegetable glycerin before making a film.
Graphene research was to study how 'C' atoms are made
into a single layer and the application of the material.
The research was carried over to physics, followed by
academic reports. The number of publications of CTO's
papers has reached over 100.
It was an atomic-level study, and it was a study of the 'C'
atom and the 'H' and 'OH' ions.
Since nutrition, amino acids, and active ingredients are all based on ‘C’, ‘H’, and ‘OH’, our research quickly expanded to cosmetics.
We create products by finding the conditions under which no synthetic additives (only active ingredients), zero layering (protective film), and delivery system can work.
GOH's scientific technology is showing constant research and excellent effects through cosmetics for sustainable beauty and skin health, which is beneficial to nature and beneficial to people, not a temporary solution that will not be sorry for our next generation in the future.
We directly produce and research raw materials.
Started researching/developing graphene as an
industrial material
Numerous companies have studied graphene to make a thin film as a dream material, but it has not been mass-produced yet.
GOH uses hydrogen 'H' to make the graphene powder eco-friendly for functional improvement and to increase its functionality with other materials.
Efforts to make it into a film continued with GOH, resulting in a thin film with 'C' and 'H' that is too delicate and too thin for industrial use.
Researching properties and applications, it was found that it has properties that are effective for cosmetics when put in vegetable glycerin before making a film.
Graphene research was to study how 'C' atoms are made
into a single layer and the application of the material.
The research was carried over to physics, followed by
academic reports. The number of publications of CTO's
papers has reached over 100.
It was an atomic-level study, and it was a study of the 'C'
atom and the 'H' and 'OH' ions.
Since nutrition, amino acids, and active ingredients are all based on ‘C’, ‘H’, and ‘OH’, our research quickly expanded to cosmetics.
We create products by finding the conditions under which no synthetic additives (only active ingredients), zero layering (protective film), and delivery system can work.