Composite coatings are combinations of two or more substances that provide corrosion protection. This particular type of paint is mainly based on epoxies and polyurethanes as well as resins.
It is produced through excellent resin technology to meet the requirements of various industries. It offers excellent corrosion and water resistance, making it one of the high-end coatings for industrial use.
Composite coatings are the logical choice for many industries, especially in the petroleum industry environment where pipelines, transportation and similar structures are common. This coating type has the following advantages:
Fire and Heat Protection - It acts as a thermal barrier and thus protects against hot air and radiant heat. It is also fire resistant and protects the carbon composite from resin melting and delamination.
Provides Better Conductive Coating - Composite coatings feature thin conductive coatings to provide Electromagnetic Compatibility (EMC) and Radio Frequency (RF) protection against carbon composites.
Beautiful Finish - This coating offers attractive finishes and may include ceramic and metal finishes in a variety of textures and colors.
Insulating Properties − It provides effective electrical insulation, electrically isolating the substrate from the environment.
Composite coatings allow strong but lightweight objects to be used in unsuitable environments. More effective composite coating types result in extremely high adhesion based on plasma applications. This coating technology helps to produce coatings that are resistant to mechanical damage, severe vibrations and significant bending.
More common applications include controlling corrosion of various structures such as steel, bridges, offshore platforms, underground pipelines, etc. It usually consists of different substances, such as composite coatings made of fluoropolymer composites, polyamide binders and thermosetting polyimides.
