Industrial ceramic cladding: modern technologies and technical advantages
Industrial ceramic cladding is a popular choice for many applications due to its aesthetic and functional properties. Modern technologies have revolutionised the industry, offering innovative solutions that improve durability, strength and energy efficiency.
In this article, we will explore the latest technologies in industrial ceramic cladding and their advantages.
Modern technologies in industrial ceramic cladding
Modern technologies in industrial ceramic coating include nanotechnology, Sol-Gel coatings and 3D printing technologies.
- Nanotechnology enables the creation of coatings with superhydrophobic, antimicrobial and self-levelling properties. These coatings are ideal for surfaces that require high resistance to water and contamination.
- Sol-gel coatings are produced through a chemical process that creates a thin, uniform film on the surface of the ceramic. This type of coating offers high corrosion resistance and durability.
- 3D printing technologies make it possible to create customised coatings with complex designs and unique textures, suitable for various architectural and industrial applications.
Paganoni is at the forefront of advanced ceramic materials and has developed its own coating solution, Kersint®. This super-sintered material based on zirconium oxide and rare minerals is characterised by excellent corrosion resistance in acid baths and negligible wear over time. Significantly reducing maintenance and downtime, Kersint® is used in the manufacture of parts for dry and wet drawing, where a very low degree of roughness is required.
Learn more about Kersint® coating on the dedicated page
Advantages of industrial ceramic coating
One of the main advantages of industrial ceramic coating is its high durability.
Ceramic surfaces are impact, abrasion and weather resistant, making them ideal for outdoor and indoor applications. In addition, ceramic cladding offers a wide range of colours and textures, allowing aesthetically pleasing and customised surfaces to be created.
Another advantage is the low maintenance required.
Ceramic surfaces are easy to clean and scratch-resistant, reducing the need for frequent maintenance. This makes ceramic cladding an economical long-term choice for commercial, residential and industrial buildings.
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Applications of industrial ceramic cladding
Industrial ceramic coating has applications in various sectors due to its versatile properties, which lend themselves well to a wide range of uses.
- In the chemical industry, it is used to protect reactors and piping from corrosion and aggressive chemicals.
- In the aerospace industry, ceramic coatings improve the heat resistance of engine components, ensuring optimal performance under extreme conditions.
- In the automotive industry, ceramic coatings are also used to protect engine parts and improve energy efficiency. Its insulating properties help reduce heat dissipation, increasing component life and vehicle efficiency.
- Furthermore, in the construction sector, ceramic coatings are used to improve the aesthetics and durability of buildings, offering innovative and sustainable architectural solutions.
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Ceramic cladding: the ideal solution for industry
In conclusion, industrial ceramic cladding offers a unique combination of durability, low maintenance and aesthetic versatility.
Modern technologies have further improved these properties, making ceramic cladding an ideal choice for many applications. With the increasing focus on sustainability and energy efficiency, ceramic cladding is a sound investment for the future.
If you are looking for advanced solutions for your cladding needs, consider Kersint® ceramic cladding from Paganoni. With its superior features, ceramic cladding can improve the appearance and functionality of your surfaces, providing a durable, high quality experience.
