tr Titanium Aluminum Carbonitride (TiAlCN) coating is a type of coating that offers superior properties thanks to the unique combination of titanium, aluminum, carbon and nitrogen. Widely used in industry, this coating stands out for its surface hardness, high thermal resistance and outstanding corrosion resistance.
One of the main advantages of TiAlCN coating is that it greatly prolongs the life of the material to which it is applied. In this way, the processing time of the material is extended and costs are reduced. Showing excellent performance especially in extreme temperature conditions, TiAlCN is a coating option that makes the production process more efficient.
Outstanding Properties of TiAlCN Coating
Titanium Aluminum Carbonitride coating attracts attention thanks to its high hardness and wear resistance. This coating is especially ideal for applications operating at high temperatures and heavy load conditions.
The surface of the TiAlCN coating protects the material on which it is applied against possible wear and damage. It also reduces the excessive heat that may occur during the process. High temperature resistance determines TiAlCN's superior resistance to wear, oxidation and corrosion.
Comparison of TiAlCN Coating with Other Coatings
TiAlCN coating offers distinct advantages over other popular coating types such as AlTiN (Aluminum Titanium Nitride) and TiN (Titanium Nitride). Especially in high speed machining and heavy cutting conditions, TiAlCN provides longer tool life than other coating types.
However, TiAlCN coating preserves the mechanical properties of the material it is coated with. This means that while protecting the material against environmental factors, it does not change the original properties of the material.
Environmental Effects of TiAlCN Coating
TiAlCN coating is produced through an environmentally friendly process. This process limits the release of any toxic or harmful substances and thus does not adversely affect the environment. Therefore, TiAlCN coating is a good option for companies interested in environmental sustainability.
However, tools and materials treated with TiAlCN coating require less maintenance. This means lower maintenance times and costs, thus providing both economic and environmental advantages.
