International Experts Successfully Developed Bioactive Nano Glass Fiber

Scientists recently studied a kind of production Glass nanofibers This method relies on the well-known "laser spinning" technology. The researchers of the research team are from the University of Vigor and Rutgers in the United States, and Imperial College London in the United Kingdom. The team successfully extracted nanofibers from bioactive glass. This material is the same as that used in medicine and can promote bone regeneration.

"Laser spinning technology can extract glass nanofibers from components, but other methods cannot achieve this goal." Ultraviolet researcher Fidel explained that he is also a researcher of the new study. One of the highlights of this new technology is the use of high energy laser , used to prepare the material, and then heated. A strong gas current is then used to extend and cool the resulting ultra fine fibrous material. Another important breakthrough is that the new technology has been able to be used under relatively common environmental conditions, and even every process of the technology can be easily carried out under such conditions. This means that scientists will more easily control the production environment during the production of products, which is difficult to see in the field of nanotechnology production. The researchers said that in the near future, the team's new achievement could be used in hospitals. Due to its nanostructure, the various biological activities of glass nanofibers will be more elastic and durable, which means that it can promote bone regeneration. According to previous studies, new bone cells are more likely to accept the intervention of nano materials. This item new technique It can also be used for other purposes, producing flame retardant fabrics, carbon dioxide capture systems, and even composite materials. At present, composite materials need nanofiber reinforcement.