COSMETICS

Background

When bubbles (air bubbles) are artificially manufactured to a size less than a certain size, their persistence in the solution is greatly increased.
(Microbubbles (Fine bubbles): 1-50 um, Nanobubbles (Ultrafine bubbles): ≤ 1 um)
Bubbles are widely applied in fisheries, agriculture, and environmental fields that require hydrogen or oxygen supply because they can selectively collect specific gases and supply them for a long time without pressure. Bubbles provide high temperature and pressure upon external physical stimulation such as ultrasonic waves, that are widely used in electronics, food, and agriculture that require cleaning or sterilization.
With high economic values, the bubbles are used as ultrasonic imaging contrast media in the medical field and as an effective carrier in the hospital cosmetics field, but the use is limited due to their low stability in a solution.

Physically, the smaller the bubble size, the higher the stability in a solution, so the use of nanobubbles enables the mass production and distribution of bubble-related products.
Unlike microbubbles, nanobubbles smaller than the visible light range are highly transparent and highly usable.
However, if the concentration of nanobubbles is not sufficient, the unique effect will not be expressed, so the superiority of our unique high-concentration nanobubble manufacturing technology can be implemented more effectively.

New drug delivery systems only with air/oxygen harmless to skin & body with improved skin permeability
Platform technology easy to apply for existing products with mass production stability for manufacturing & distribution

Since all active ingredients have charge balance, nanobubbles with intended negative/positive charges can be a good support/carrier for active ingredients.
Continuous movement of nanobubbles in the solution promotes dispersion of active ingredients and improves skin permeability.
Nanobubbles applied to the skin can improve skin permeability of active ingredients in response to physical stimulation caused by light skin tapping.