See this at: tefloncoatings.org| Added on 06/28/06

Gleason’s challenge was to make nano-Teflon. Her solution: Instead of coating the teflon heat shrink neuroprobe by harvest-dusting it or dipping it into a solution, she created the polymer molecule-by-molecule on the surface of the object. She make... See more

Gleason’s challenge was to make nano-Teflon. Her solution: Instead of coating the teflon heat shrink neuroprobe by harvest-dusting it or dipping it into a solution, she created the polymer molecule-by-molecule on the surface of the object. She make this through a procedure that grows the matter from a gas. Cotton treated with this coating is strong enough to withstand multiple wash without losing its waterproof quality. Gleason picture future coat as thin as 1/1,000 from ye thickness from the coating on a saut ing cookery pan.Gleason was granted a patent of innovation for the engineering she developed, and founded GVD Corp. in 2001 to commercialize it. American Demographics ‘ Sandra Yin recently checked in with her to learn more than about ye markets where nano-Polytetrafluoroethylene could be used.Ceramic/self-assembled monolayer (SURFACE-TO-AIR MISSILE) bilayer coat can furnish adequate protection for silicon devices, or act See less