Maintain component performance under harsh conditions with Canibolon® film, featuring high heat resistance, impact resistance, and self-lubricating properties.

Summary:
Canibolon® is an innovative film technology made from an alloy of nickel, phosphorus, and boron, patented in Japan and the United States. This technology combines high heat resistance, impact resistance, high hardness, and self-lubricating properties, contributing to improved component performance in fields such as aerospace, automotive, and industrial machinery.

Features:
High Heat Resistance: Canibolon® film is suitable for use in high-temperature environments, maintaining stable performance over long periods.
Impact Resistance: Its reinforced structure offers high resistance to impact and repeated loads, improving the reliability and lifespan of components.
High Hardness: The film is very hard, effectively preventing damage from wear. This is particularly effective in enhancing the durability of moving parts.
Self-Lubricating: The film's self-lubricating properties reduce friction in components without the need for additional lubricants, decreasing the need for maintenance and reducing operational costs.

Applications:
The properties of Canibolon® film are suited for applications that require use under harsh conditions, especially in parts for the aerospace industry, automotive engine components, and high-load parts in industrial machinery. For example, it is ideal for high-performance and reliable parts such as aircraft engine components, compressors, and automotive pistons.

The high-performance alloy film enabled by Canibolon® technology maintains component performance even in the most severe environments, enhancing product reliability and durability across the industrial sector. This technology facilitates stable operations over long periods and contributes to reduced maintenance costs.