High-performance ceramics coatings have emerged as a promising alternative to traditional metal coatings used for industrial, construction, and automotive applications. Nowadays, ceramic coatings offer better resistance to abrasion, crushing, heat, and moisture, and they can also offer a broad temperature range and a greener environmental impact compared to other coatings. Ceramic coatings materials are becoming popular lately, especially because of their high performance and economic benefits.
One of the more popular, well-known applications is self-cleaning ovens, floor paint, self-cleaning glass, and roof coatings. In addition, there are many less-known application areas such as coating the outside of tanks and other vessels, protecting engines from corrosion, and the list goes on. High-performance ceramics have been at the forefront of innovation for over three decades and continue to deliver unmatched quality and consistent results. Ceramics have matured greatly from the original clay-based products, and today's products offer a broader range of capabilities. Ceramics have also found their way into many industries, particularly in aerospace, where they play an important role in structural building and protection.
High-performance ceramics coatings can be molded into all shapes and sizes with ease; this is because they have high levels of mechanical flexibility and low levels of shrinkage, which ensures that they are capable of being used on an even surface, including curved surfaces and sloped surfaces, without any distortion
High-performance ceramics coatings offer the benefits of both hard and soft materials with an extended shelf life and increased tolerance to wear and tear. The high-performance manufacturing process allows to build products with greater uniformity in form, color, and surface finish. The production methods allow producing particles up to 10 times the size of the finished product, which increases product reliability and longevity. By combining hard and soft manufacturing technologies and using innovative additive manufacturing processes, a high performance ceramics can be produced that exhibit the ultimate performance characteristics.
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