Hot Forging Dies: Optimizing PVD Characteristics with Matrix High-Speed Steel Chonburi Thailand
Enhance durability and coating adhesion with hot forging dies treated with Kanuc processing and PVD coating on matrix high-speed steel. Achieve long-lasting performance.
Hot forging dies significantly improve durability and coating adhesion by applying Kanuc processing and PVD coating to matrix high-speed steel. The Kanuc diffusion layer is formed near the die surface, enhancing coating adhesion and optimizing PVD characteristics. This results in extended die life and sustained high performance.
Features
Enhanced Durability: The composite layer formed by Kanuc processing and PVD coating significantly extends the die's lifespan.
High Coating Adhesion: The Kanuc diffusion layer improves the adhesion of the PVD coating.
Superior PVD Characteristics: Optimizes the properties of the PVD coating, ensuring high performance.
Long Lifespan: Reduces the need for frequent replacements, leading to cost savings.
High Temperature Resistance: Maintains stable performance even in hot forging processes.
Specifications
Material: Matrix high-speed steel
Treatment Method: Kanuc processing, PVD coating
Durability: High
Coating Adhesion: High
Operating Environment: Hot forging
Applications
Manufacturing of automotive parts
Manufacturing of industrial machinery parts
Manufacturing of heavy industrial parts
Manufacturing of aircraft parts
Hot forging dies are the optimal choice for manufacturers seeking high durability and coating adhesion. Leveraging the excellent properties of matrix high-speed steel, they are applicable across a wide range of industries.
