Key materials are sourced from the Weizmann Institute of Science in Israel. Fullerene (WS₂) and graphene (CFn) ion bombardment are employed to activate metal and ceramic surfaces. This process is followed by micro-particle surface modification to produce nanostructures, combined with surface techniques such as polishing, physical vapor deposition (PVD), nitriding, and carburizing. The resulting materials exhibit anti-stick properties and an ultra-smooth finish.

◆The primary benefits of "anti-stick" and "lubricating treatments

• Packaging mold parts do not adhere to tin (Sn).
• Lithium battery cutting tools do not adhere.
• Medical injection molds do not require release agents.
• Ultra-precision micro-hole nozzles are non-stick.
• Optical film and TPU tungsten steel cutting tools do not adhere.
• The components of the medical product packaging line do not adhere properly.

◆Film Property