Abstract: This invention relates to a method of using nano carbon to refine collagen into nanoparticulate collagen. As nano carbon particle are mixed into collagen, the pored structure of the nano carbon absorb and adhere to the collagen outer cell membrane and subsequently tears the collagen apart into nanoparticulates via ultrasound vibration, Thus it creates an advanced nanoparticulate collagen small enough to be practically and efficiently absorbed by the skin when applied directly.

Abstract: This invention relates to a method of using nano carbon to refine collagen into nanoparticulate collagen. As nano carbon particle are mixed into collagen, the pored structure of the nano carbon absorb and adhere to the collagen outer cell membrane and subsequently tears the collagen apart into nanoparticulates via ultrasound vibration, Thus it creates an advanced nanoparticulate collagen small enough to be practically and efficiently absorbed by the skin when applied directly.

Abstract: The invention relates to an improved cooling structure for electronics and machines, which produce heat during working and have been provided with cooling fins or grid. A nanocarbon layer is covered on IC boards, CPUs, and the cooling fins or grids, that facilitates the cooling effect obviously because of increased surface area. Hence, the working electronics and machines can be cooled more conveniently and effectively and input energy will be also saved.