Carbon Nanotubes exhibit mechanical strength approximately 100 times greater than oron, coupled with electrical conductivity comparable to copper. Moreover, their high thermal conductivity and ability to display properties akin to both metals and semiconductors based on molecular chain arrangement make them highly versatile.

While sharing similarities with graphene, when employed as a coating, carbon nanotubes elevate performance and funcationality in terms of adhesion, durability, and frictionless properties, surpassing graphene on various fronts. This ensures an average of 4 to 7 times more durability and resistane to contamination than existing well-known coating products.