Carbon-Nickel Alloy

Carbon-Nickel Alloy Sputtering Target is a composite target material that combines carbon and nickel, used for thin-film deposition via sputtering processes. The alloy offers a unique blend of properties from both elements: the wear resistance and hardness from carbon and the ductility and corrosion resistance from nickel. This combination makes it suitable for creating coatings with enhanced mechanical and conductive properties, often used in applications needing durability and conductivity.

Physical Properties:

Chemical Formula: C-Ni (carbon-nickel alloy).

Appearance: Metallic gray to dark gray, depending on the carbon content.

Density: Varies with composition, generally higher than pure carbon targets but lower than pure nickel targets.

Structure: A homogeneous blend of carbon and nickel particles, with some targets containing nickel in a matrix of carbon or vice versa.

Applications of Carbon-Nickel Alloy Sputtering Targets:

Electronic Components: Used to create thin films in electronic devices that require conductive and wear-resistant surfaces.

Mechanical Parts and Tools: Commonly applied as protective coatings on tools, bearings, and mechanical components where hardness and durability are key.

Data Storage: In magnetic data storage devices, carbon-nickel layers can offer a conductive and protective surface.

Decorative Coatings: Provides a durable and aesthetically appealing metallic finish in automotive and industrial design.

Handling and Storage:

Handling: Should be handled carefully to prevent damage or contamination, especially on the target’s surface.

Storage: Store in a controlled environment to prevent oxidation of the nickel, particularly in high-humidity areas.

Cleaning: Use non-abrasive methods to clean the target surface if needed, as surface imperfections can impact sputtering quality.