Copper Powder

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Copper Powder (Cu) is produced using a special purification process, resulting in high purity and uniform particle size. In various industrial applications, particularly in powder metallurgy and electronic component manufacturing, copper powder demonstrates superior performance. Its excellent electrical conductivity and chemical stability make it a crucial material in industrial production.

Copper powder is widely used in fields such as powder metallurgy, hard alloys, electronic component manufacturing, ceramic capacitors, chemical reaction catalysts, conductive paste (coating), and lubricants, fully showcasing its versatility and importance.

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Our Copper Powder (Cu) is available in various specifications to meet the specific requirements of different applications. The product purity ranges from 95% to 99.8%, with uniform particle size, suitable for various precision industrial applications. It not only offers excellent electrical conductivity and chemical stability but also significantly enhances the overall performance of products.

Hou Jan Copper Powder Advantages:

• Purity: Achieves up to 99.8% purity, ensuring high performance and stability of the material.
• Particle Size: Available in various particle sizes to meet the demands of precision processing and specific industrial processes.
• Performance: Excellent electrical conductivity and chemical stability make it an ideal choice for high-performance industrial applications.
• Customization: We offer customized copper powder products tailored to specific requirements, ensuring optimal application results.

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Our Copper Powder (Cu) is available in flexible and diverse packaging specifications to meet the needs of different customers:

• 1 kg packaging: Suitable for laboratory and small-scale production, convenient for storage and use.
• 5 kg packaging: The ideal choice for medium-scale production, ensuring stable and convenient supply.
• 20 kg packaging: Suitable for large-scale industrial applications, reducing the frequency of packaging changes and improving production efficiency.

We are committed to providing high-quality, reliable, and flexible products, ensuring that every choice you make is the best choice.

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Main Properties of Copper Powder

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Copper Powder (Cu) has multiple excellent properties that make it perform outstandingly in various industrial applications. First, it is produced using a special purification process, ensuring high purity, which guarantees stability and reliability during application. Secondly, the particle size of copper powder is uniform and can even reach submicron levels, which is crucial for applications requiring precise control of material properties.

• High Purity: Produced through a special purification process, ensuring high purity.
• Uniform Particle Size: Uniform particle size distribution, can reach submicron level, suitable for precision applications.
• Excellent Electrical Conductivity and Chemical Stability: Demonstrates outstanding performance in various industrial applications.
• Porosity: Can be made into porous materials, suitable for special application scenarios.

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Applications of Copper Powder in Powder Metallurgy

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Copper Powder (Cu) has a wide range of applications in powder metallurgy. Powder metallurgy is a process in which metal powder is pressed into shape and sintered into dense materials. Copper powder, with its high purity and uniform particle size, performs exceptionally well in this process. It is used to manufacture various powder metallurgy parts that exhibit excellent mechanical properties and electrical conductivity.

Additionally, copper powder is used as a raw material for hard alloys and metal composites, which often require high strength and wear resistance. Copper powder can effectively improve the performance of these materials, meeting the high demands of industrial applications. These properties also make copper powder an ideal material for 3D printing technology, suitable for producing high-precision and high-performance 3D printed products.

• Manufacturing Powder Metallurgy Parts
• Used as a Raw Material for Hard Alloys and Metal Composites
• Applied in 3D Printing Technology

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Applications of Copper Powder in Electronics and Chemical Industries

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Copper Powder (Cu) has significant applications in the electronics and chemical industries. In the electronics industry, copper powder is widely used in the manufacturing of electronic components and ceramic capacitors, playing a crucial role, especially in the production of multilayer ceramic capacitors (MLCC). Its high purity and excellent electrical conductivity make it an ideal material for manufacturing high-precision electronic products. Moreover, copper powder also plays a key role in conductive paste, copper paste, and conductive adhesive, ensuring the stable conductivity of electronic devices and can be used in the manufacturing of various passive components.

Copper powder is also widely used in the production of electromagnetic wave shielding and wave-absorbing materials, effectively improving the anti-interference ability of electronic devices. In the chemical industry, copper powder is used as a catalyst for chemical reactions. Its chemical stability and high reactivity allow it to play an important role in various chemical reactions, enhancing reaction efficiency and product quality.

• Used in the Manufacturing of Electronic Components, Ceramic Capacitors, and MLCC
• Applied in Conductive Paste, Copper Paste, Conductive Adhesive, and Passive Components
• Used in Electromagnetic Wave Shielding and Wave-Absorbing Materials
• As a Catalyst in Chemical Reactions

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Applications of Copper Powder in Other Industries

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Copper Powder (Cu) has important uses in other industries beyond electronics and chemicals. In lubricant manufacturing, copper powder acts as an additive, effectively improving the performance of lubricants and extending the service life of equipment.

Additionally, copper powder plays a key role in metal processing and casting processes. Its high electrical conductivity and good mechanical properties make it an important material for improving product quality and production efficiency. Copper powder can also be used to manufacture porous materials, which have widespread applications in fields such as filtration and sound insulation.

• Used in Lubricant Manufacturing
• Applied in Metal Processing and Casting Processes
• Manufacturing Porous Materials
• Improving Product Quality and Production Efficiency

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Question 1: What are the specific applications of Copper Powder (Cu) in powder metallurgy?

Copper powder is used to manufacture various parts in powder metallurgy, which exhibit excellent mechanical properties and electrical conductivity. Additionally, copper powder is used as a raw material for hard alloys, enhancing the strength and wear resistance of the material.

Question 2: How does copper powder improve the performance of ceramic capacitors?

The high purity and excellent electrical conductivity of Copper Powder (Cu) make it an ideal material for manufacturing ceramic capacitors. It can improve the conductivity and stability of capacitors, thereby enhancing the overall performance of the capacitor.

Question 3: How does copper powder act as a catalyst in chemical reactions?

Copper powder can act as a high-efficiency catalyst in chemical reactions. Its chemical stability and high reactivity allow it to enhance the efficiency of chemical reactions and improve the quality of the products.

Question 4: What are the applications of copper powder in electronic components?

Copper powder is widely used in the manufacturing of electronic components, such as electrode materials and conductive paste. Its high conductivity and stability ensure the high efficiency and long life of electronic components.

Question 5: How does the uniformity of copper powder particle size affect its performance?

The uniformity of the particle size of Copper Powder (Cu) has a significant impact on its performance. A uniform particle size distribution can ensure stability and consistency during application, improving the quality and reliability of the final product.

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