Adoption of nanotechnology for the production of tissue paper

Advanced nanotechnology has now been successfully applied to the area of ​​household paper. The personal hygiene products such as antibacterial sanitary napkins and sanitary pads jointly developed by the Beijing Anmel Group and the China Textile University using nanotechnology have now been officially introduced to the market.
The antibacterial personal household raw materials used were antibacterial composite fibers jointly developed by Shu Jun, chief engineer of the Anmel Group, and Dai Chengqu, professor of the China Textile University. Antibacterial compound fiber is a kind of substance with antibacterial ability. It is made by blending together ultrafine particles with a particle size of 30nm and synthetic fiber raw materials using advanced nanotechnology, and has strong antibacterial function. This antibacterial raw material is very safe for the human body. Certified by the China Association of Preventive Medicine, the product is more dispersive than similar products, has stronger antibacterial capacity, is reliable in safety, has strong water absorption, and has good air permeability.
It is reported that the Anmel Group has also successfully developed a functional fiber that has antibacterial properties, emits far-infrared rays, and generates negative oxygen ions. The far-infrared rays emitted by this functional fiber can produce a warming effect under the skin, can enhance the body's immune function and regeneration ability, improve microcirculation, and promote human metabolism. This new type of material is both warm and healthy. It not only makes personal life products more sanitary, but it is also the best replacement material for far infrared warm clothing.