Copper-iron alloy powder is a composite material made from copper and iron. Known for its excellent compatibility, it achieves high uniformity and stability during production. The powder appears reddish-purple and is typically produced using the water atomization method. It has good electrical conductivity and corrosion resistance, making it suitable for a wide range of applications.

Key Features

• High Conductivity:The excellent electrical conductivity of copper-iron alloy powder makes it ideal for electronic component manufacturing.
• High Thermal Conductivity:It demonstrates good thermal conductivity in various industrial applications.
• Good Corrosion Resistance:Maintains stable performance in harsh environments.

Applications

• Electronic Component Manufacturing:Used in products such as integrated circuits and metal-oxide-semiconductor field-effect transistors (MOSFETs).
• Automotive Parts:Utilized in the manufacture of various automotive components, enhancing durability.
• Aerospace:Suitable for the production of rocket engine components to meet high-performance requirements.
• Other Industrial Applications:Can be used in other industrial products requiring high thermal conductivity, strength, and corrosion resistance.

Copper-chromium alloy powder is made from a blend of copper and chromium, offering high strength and hardness along with good electrical and thermal conductivity. The color and performance of the powder depend on its composition and production process, making it suitable for various industrial applications.

Key Features

• High Strength and Hardness:This alloy powder excels under harsh conditions due to its robust strength and hardness.
• Excellent Conductivity:It demonstrates outstanding electrical and thermal conductivity, ideal for high-performance electrical applications.
• Good Lubricity:Its lubricating properties make it an excellent choice for diamond tools, enhancing their durability and efficiency.

Applications

• Powder Metallurgy:Used for manufacturing high-performance alloy components.
• Electrical Industry:Widely utilized in electrical connections and conductive materials.
• Diamond Tools:Serves as a material for diamond tools, improving wear resistance.
• Friction Materials:Provides exceptional performance in brake systems and friction materials.

Copper-chromium-zirconium alloy powder is a high-strength, wear-resistant, and high-temperature alloy powder made from a mixture of copper, chromium, and zirconium. It typically appears gray-black or dark gray, with the exact color varying depending on the preparation process and parameters. To maintain its performance and quality, it is recommended to avoid prolonged exposure to humid environments.

Key Features

• High Strength:Offers excellent strength and toughness, suitable for various high-demand applications.
• Corrosion Resistance:Provides outstanding resistance to corrosion and oxidation, maintaining stable performance in harsh environments.
• High-Temperature Strength:Retains good strength under high-temperature conditions, making it ideal for high-temperature applications.

Applications

• Redox Reactions:Widely used in oxidation and reduction reactions to enhance efficiency and safety.
• Manufacturing Hard Alloys:Used to create hard alloys, increasing wear resistance and service life.
• High-Temperature Equipment:Suitable for manufacturing efficient components for nuclear reactor fuel, redox reactors, and high-speed vehicles, which operate under high temperatures and pressures.
• Mechanical Components:Can be used in parts for natural gas compressors, pump bodies, cylinders, and automotive engine radiators to improve corrosion resistance and wear resistance.

Brass powder is a fine powder made from a copper-zinc alloy, widely used in decorative and coating applications. Despite being called brass powder, it is not gold powder; instead, it features a unique golden luster due to the properties of the copper-zinc alloy.

Key Features

• Golden Luster:Brass powder exhibits a high sheen, making it aesthetically appealing for decorative purposes.
• Relatively Heavy:Compared to aluminum powder, brass powder is denser, enhancing stability in certain applications.
• Strong Weather Resistance:It offers good durability under suitable conditions.

Applications

• Decorative Paints:Used in the production of decorative paints to enhance product appearance.
• Gold Printing on Paper, Plastic, and Fabrics:Widely applied for surface decoration on various materials, providing high-quality printing effects.
• Packaging Decoration:An ideal choice for product packaging and decoration, adding luster and beauty to packaging.

Product Features

• Excellent Sphericity: The powder is spherical with minimal satellite particles
• Low Oxygen Content: Guarantees better material properties
• Uniform Particle Distribution: Ensures consistency during the processing
• Good Flowability: Helps improve processing efficiency

Applications

• Aerospace Components: Used for manufacturing lightweight, high-strength aerospace parts
• Automotive Components: Widely applied in automotive manufacturing, especially for high-temperature and corrosion-resistant parts
• Surface Coating for Profiles: Used to enhance surface properties, improving wear resistance and corrosion resistance
• Powder Metallurgy: Used in powder metallurgy for producing high-performance metal components

Product Features

• High Sphericity: Smooth surface with minimal satellite particles, ensuring powder uniformity
• Low Oxygen Content: Guarantees high purity, ideal for precision processing
• Good Flowability: Uniform particle size distribution, suitable for various processing methods
• High Density: High bulk density and tapped density, enhancing production efficiency

Applications

• Aerospace Components: Widely used in the production of aerospace parts to meet the high-performance material requirements of the aviation industry
• Automotive Parts: Used for additive manufacturing and precision processing of high-performance automotive components
• Profile Surface Coating: Applied as a coating material to enhance the hardness and wear resistance of profile surfaces
• Powder Metallurgy: Suitable for producing complex, high-strength parts through powder metallurgy
• Additive Manufacturing (3D Printing): Extensively used in 3D printing technology, providing material support for the rapid production of precision parts
• Metal Injection Molding: Ideal for metal injection molding processes, suitable for the mass production of high-precision, complex parts

Product Features

• High Purity (99.9%): Ensures high-performance material properties
• Excellent Sphericity: Reduces the formation of satellite particles, improving production efficiency
• Low Oxygen Content: Guarantees powder purity, making it suitable for precision processing
• Uniform Particle Size Distribution: Offers good flowability and ease of handling, improving operational efficiency

Applications

• Aerospace and Automotive Components: Used to manufacture high-performance parts that meet the strength and durability requirements of the aerospace and automotive industries
• Profile Surface Coating: Used as a coating material to enhance the hardness and wear resistance of profile surfaces
• Powder Metallurgy: Applied in powder metallurgy processes to produce high-precision parts with complex shapes
• 3D Printing: Suitable for various powder-bed and powder-blown 3D printing systems such as EOS and SLM, widely used in precision manufacturing

Product Features

• High Purity (99.9%): Ensures superior physical and chemical properties
• Excellent Particle Size Distribution: Advanced atomization technology ensures uniformity and ease of handling
• Customizable Particle Size: Available in various sizes to meet specific application requirements
• Atomized Gray Appearance: Provides a stable gray powder form suitable for a variety of industrial uses

Applications

• Powder Metallurgy: Used to manufacture high-performance metal components, enhancing material properties through powder metallurgy processes
• MIM and 3D Printing: Serves as raw material for Metal Injection Molding (MIM) and 3D printing, ideal for producing precision parts
• Chemical Industry Additives: Can be used as metal additives in the chemical industry to improve chemical reactions and product performance
• Powder Coating Industry: As a raw material for coatings, providing excellent coating quality and surface finish

Product Features

• High Strength: Provides high strength, suitable for applications that bear large loads
• Good Toughness: Combines strength and toughness, capable of absorbing impact energy and reducing the risk of fracture
• Corrosion Resistance: Offers excellent corrosion resistance, extending the product’s lifespan
• Ease of Processing: The powder form provides good flowability and plasticity, ideal for 3D printing, powder metallurgy, and the manufacture of complex-shaped components

Applications

• Aerospace Industry: Used in the manufacturing of aircraft parts and spacecraft structures, reducing weight and improving fuel efficiency
• Automotive Industry: Widely used in engine blocks, pistons, and wheel hubs, helping reduce vehicle weight and fuel consumption
• Electronics: Used to make casings and frames for laptops, mobile phones, tablets, providing excellent protection while maintaining lightweight properties