Fundamentals of Advanced Coatings

Description

In this course, we will examine the group of coatings produced by Chemical Vapor Deposition (CVD) and Physical Vapor Deposition (PVD) processes that are intended for tribological applications. The main field of applications are tools for cutting and forming typically moulds for metallic or polymeric materials and machine elements for example sliding bearings, seals and valves, etc.

The coating is added to improve the surface properties such as friction, wear resistance, and anti-sticking behavior. Industrial coatings offer more than just a decorative finish to base materials or industrial machinery. Industrial coatings are designed barriers that shield objects from a variety of abrasions and harsh conditions. While metal, plastic, and concrete are frequently robust enough on their own in many ways, each of these base materials requires a layer of protective coating to attach to its surface and shield it from corrosive elements. Industrial coatings offer protection for a variety of materials and parts, including pipes in the building infrastructure, machines, flooring, and other surfaces. Each application method, including spray, brush, and dip, requires properly thought-out formulation. The application strategy that your business chooses should enhance your capacity for production and eliminate bottlenecks. The substrate, or base material that will get the protective layer, must be thoroughly clean in order for an industrial coating to adhere. To firmly attach to the substrate surface, many industrial coatings rely on a mechanical or physical bond. Some coatings even form a chemical bond with the surface of the substrate to build an almost impenetrable layer of defense.

Hope you will enjoy and learn a lot of new things from this course.

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