The patented Liposome Technology can wrap all the serum ingredients in the mask into tiny liposomes. Because of the similar structures and priorities, liposomes can infiltrate into the stratum corneum quickly. Then liposomes release the serum ingredients once they merge with the epidermis, increasing the absorption rate and effectiveness of the serum. Experiments have proven that the patented Liposome Technology can protect the serum from heat, oxidation, and environmental damages, enabling active ingredients to retain their antioxidant abilities.

The Bio-Cellulose cloth of the mask originates from the modern medical applications of bacterial cellulose, BC, which uses for making bionic skins for burn patients. Throughout continuous researches and improvements, now by using the organic acids in natural coconut juice as the nutrient source. After 14 days of patented cultivation, then cut into shapes. The average diameter of the bio-fiber is only 30 to 40 nanometers, about 1000 times finer than a hair.It can fit neatly into tiny sulci cutis of the epidermis, increasing absorption rate and moisturizing effect. The distinctive 3D fiber structure can multiply the capacity of the serum up to 3 times more than general commercial mask cloths.

Adding brightening ingredients (tranexamic acid, nicotinamide, arbutin) into the serum can rejuvenate dull skin, even skin tone, and brighten skin color. Other 9 herbal extracts (coltsfoot flower, centella asiatica, brassica oleracea italica sprout, scutellaria root, licorice root, polygonum cuspidatum root, camellia sinensis leaf, chamomilla recutita, rosemary leaf) can reinforce skin resistance, increase antioxidant abilities, and regulate skin metabolism.

TCI selected Acetobacter Xylinum C06 with organic acids as a nutrition source is a natural fermentation membrane material, which meets the organic Ecocert stander. The membrane uses tropical coconut water that grows in a sunny area with an average temperature of 24 to 25°C as material. During the natural aerobic fermentation process, organic acids such as citric acid and acetic acid are generated. These organic acids are good carbon sources for the Acetobacter Xylinum. In addition to protecting the vitality of the Acetobacter Xylinum group and stabilizing the growth environment, they are also the factors for synthesizing high-quality cellulose membranes. Therefore, the fermented membranes have better performances in fiber density and toughness.