In paper manufacturing, raw materials, caustic substances, and various dyes cause significant wear and corrosion. Ceramic, tungsten carbide, or hard metal coatings applied through thermal spray techniques protect the surface of rollers used in paper production lines, significantly increasing their resistance to wear.

In the petrochemical industry, parts exposed to corrosion and erosion wear face a constant challenge: achieving longer service life and extended maintenance intervals. Although selecting the appropriate materials can partially mitigate these issues, corrosion remains a persistent problem—making thermal spray coatings an essential solution.

The gas turbine industry has been using thermal spray technologies for many years to combat wear, high-temperature corrosion, and to enhance operational efficiency.

Thermal spray coatings play a crucial role in the iron and steel industry. They are especially used on rollers employed in sheet metal production, where they provide enhanced wear and corrosion resistance, ensuring longer service life and consistent performance under demanding operating conditions.

Thermal spray coatings are used on surfaces that come into contact with the wire in the wire drawing industry. The primary goal is to provide high wear resistance and extend the service life of the components.

For many years, thermal spray coatings have been used to combat wear in textile machinery. The high levels of friction present in these machines lead to significant wear on critical components.