Product Features

• Balanced hardness, offering good fatigue strength and load capacity
• Excellent wear and corrosion resistance, suitable for high-load environments
• High sliding speed, ideal for high-speed operation applications
• Melted technology production, forming a stable mesh-like tin structure
• High density and small average grain size, ensuring coating quality and uniformity

Applications

• Engine Coatings:Used in medium-speed, medium-load engine bearings to improve wear resistance and longevity
• Aerospace:Applied as a high-performance coating material in aerospace engine components
• Mechanical Manufacturing:Used in high-load, high-speed mechanical components to enhance durability
• Automotive Industry:Used in automotive engine components to ensure long-term, efficient operation
• Electronic Devices:Used in the production of high-precision coatings and thin film deposition materials

Product Features

• High-purity (5N) aluminum-copper alloy, providing uniform grain size
• Low oxygen content, ensuring film quality and consistency
• Excellent electromigration performance and good diffusion characteristics
• Stable corrosion rate, ensuring consistency during production
• Produces high-purity, uniform thin film coatings in PVD processes

Applications

• Integrated Circuit Manufacturing:Used as interconnect materials to improve chip electrical performance and reliability
• Semiconductor Industry:Used as targets in semiconductor manufacturing for thin film deposition and surface coating
• Electronic Devices:Used in the production of high-precision electronic components, especially in high-frequency and high-performance applications
• Optoelectronics Industry:Used in the production of high-quality optoelectronic devices, ensuring material conductivity and stability

Product Features

• High purity (3N5), ensuring target material quality
• High density, providing excellent sputtering performance and stable film quality
• Hot isostatic pressing (HIP) treatment creates a uniform grain structure
• Aluminum-to-titanium ratio can be adjusted to optimize target performance based on customer needs
• High sputtering rate, strong film adhesion, and resistance to cracking and peeling

Applications

• Electronics Industry:Used for surface coatings on electronic components, enhancing durability and performance
• Optical Industry:Applied in optical coatings to improve wear resistance and optical performance of optical components
• Photovoltaic Industry:Used as a deposition material in photovoltaic devices to enhance conversion efficiency of solar panels
• Decorative Industry:Used for decorative coatings, ensuring high coating quality and stability
• Cutting Tool Manufacturing:Used for coating tools, improving wear resistance and extending tool lifespan

The aluminum-niobium target is made from high-purity aluminum (Al) and niobium (Nb) using a hot-press sintering process. It features a uniform grain structure and high relative density. Aluminum serves as the base element, providing excellent mechanical properties and electrical conductivity, while the addition of niobium significantly enhances the alloy’s hardness and overall mechanical performance. Aluminum-niobium targets are widely used across various industries, especially in surface engineering and thin-film applications where corrosion resistance, conductivity, and high-performance coatings are required.

Product Features:

• High Purity: With 99.99% purity, the target ensures high quality and stability.
• Uniform Grain Structure: The precise hot-press sintering process guarantees uniformity and high density in the alloy.
• Good Mechanical Properties: Aluminum offers excellent conductivity and mechanical properties, while niobium enhances hardness.
• High Conductivity and Corrosion Resistance: Ideal for applications requiring both high conductivity and corrosion resistance.

Applications:

• Surface Engineering: Widely used in coating processes for ships, chemical equipment, and LCD screens, providing corrosion resistance and high conductivity.
• Thin-Film Solar Industry: Used in the manufacture of high-efficiency solar cells, improving energy conversion efficiency.
• Low-Radiation Glass Industry: Used in the coating process for low-radiation glass, enhancing energy efficiency and performance.
• Flat-Panel Display Industry: Used in the production of high-quality display screen coatings for flat-panel displays, ensuring excellent display performance.
• Optical Coatings: Used in the creation of thin films with specialized optical properties, such as mirrors and lenses.
• Tool and Decorative Coatings: Used for surface treatments on tools and decorative items to enhance durability and aesthetics.

Product Features

• High purity (3N), ensuring quality and consistency of the target material
• Fine, uniform grain structure, helping to provide stable sputtering rates
• High density, close to 99% actual density, extending service life
• Produced using hot isostatic pressing to ensure uniform structural integrity
• Customizable in various shapes and sizes upon customer request, such as rectangular or arc-shaped targets

Applications

• Semiconductor Manufacturing:Used for thin film deposition and electronic component production, providing high-quality thin film coatings
• Optical Coatings:Applied in optical devices, ensuring uniform coating layers
• Surface Treatment:Widely used for surface coatings requiring high wear resistance and high electrical conductivity
• Electronics Industry:Used in the manufacturing of high-precision electronic components, ensuring material performance stability
• Metal Coatings:Applied in automotive, aerospace, and other fields for metal coatings, enhancing durability and corrosion resistance