NMC coatings are formulated from various chemical components that self-assemble when applied to a substrate. These components work together to form a microscopic nanometric mesh that prevents polymer molecules from coming into contact with the surface structures of the substrate. This network is vapor-permeable, allowing gases to escape from the substrate and enabling the coating to “breathe.”
Once applied, NanoMoldCoating completes its process in two phases. In the first phase, it anchors itself to the substrate by filling the microscopic peaks and valleys of the surface and bonding to the free molecules present on it. In the second phase, the coating cross-links during curing, forming the microscopic nano-mesh structure that provides hydrophobic and oleophobic properties.
This structure can withstand a wide range of temperatures without compromising the stability of the nano-mesh cross-linked structure or its adhesion to the substrate. NanoMoldCoating also has inherent flexibility, allowing it to expand and contract with the substrate within these temperature ranges without cracking or delaminating.