Pioneers in the industry, we offer electrolytic copper powder, ultrafine copper powder, electrolytic copper powder ld, electrolytic iron powder and standard gold bronze powder from India.
Ultra Fine copper powder:- Ultra-fine copper powder refers to copper particles with sizes typically in the range of nanometers to a few micrometers. Here's an overview of its making process, uses, and applications: Making Process 1. Chemical reduction: Copper ions are reduced to copper particles using reducing agents. 2. Electrolysis: Copper is deposited onto an electrode, then collected as powder. 3. Mechanical milling: Copper particles are milled to achieve ultra-fine sizes. 4. Atomization: Molten copper is atomized into fine particles. Uses and Applications 1. Conductive inks and pastes: Ultra-fine copper powder is used in printed electronics. 2. Lubricants: Copper powder can be added to lubricants for improved performance. 3. Catalysts: Copper powder is used in various chemical reactions. 4. Electromagnetic shielding: Copper powder is used in materials for electromagnetic interference (EMI) shielding. 5. Additive manufacturing: Ultra-fine copper powder is used in 3D printing. 6. Conductive coatings: Copper powder is used in coatings for electronics and other applications. Other Applications 1. Energy storage: Copper powder is used in battery electrodes. 2. Thermal management: Copper powder is used in thermal interface materials. 3. Medical applications: Copper powder has antimicrobial properties, making it useful in medical applications. The specific properties of ultra-fine copper powder, such as particle size and shape, can affect its performance in various applications. If you're interested in using ultra-fine copper powder for a specific project, consult with manufacturers or industry experts for guidance. Soham Industrial Diamonds, based in Surat, Gujarat, India, is a reputable manufacturer and supplier of diamond powder and other industrial products. They also produce ultra-fine copper powder, catering to various industries.
Electrolytic Copper Powder LD is a type of copper powder produced through electrolysis. Properties: 1. High purity (typically 99.9%) 2. Fine particle size (usually < 45 μm) 3. Low density (LD) for easier handling and transportation 4. High electrical and thermal conductivity Applications: 1. Electronics: printed circuit boards, conductive inks, and pastes 2. Soldering: solder powders and pastes 3. Brazing: filler metals and alloys 4. Powder metallurgy: production of copper-based parts and components 5. Aerospace and defense: various applications requiring high-purity copper Benefits: 1. High performance and reliability 2. Consistent quality and purity 3. Easy to handle and process 4. Cost-effective compared to other copper powder production methods
Electronic iron powder, also known as soft magnetic iron powder, is a type of powder used in electronic components. Properties: 1. High magnetic permeability 2. Low core loss 3. High saturation flux density Uses and applications: 1. Inductors: filters, chokes, and transformers 2. Magnetic cores: motors, generators, and electromagnets 3. Powdered magnetic cores: for high-frequency applications 4. Electromagnetic interference (EMI) shielding 5. Magnetic resonance imaging (MRI) machines Industries: 1. Electronics 2. Aerospace 3. Automotive 4. Medical devices 5. Telecommunications Manufacturing processes: 1. Atomization 2. Reduction of iron oxide 3. Mechanical alloying
Bronze metal powder is a mixture of copper and tin powders, typically in a ratio of 90% copper and 10% tin. Properties: 1. High strength and ductility 2. Good corrosion resistance 3. Excellent wear resistance 4. High thermal conductivity Uses and applications: 1. Powder metallurgy (PM) parts: gears, bearings, bushings 2. Wear-resistant coatings: applied using electroplating, welding, or spraying 3. Friction materials: brake pads, clutch facings 4. Electrical contacts: switches, relays 5. Decorative items: sculptures, jewelry 6. Aerospace and defense: components for aircraft and military equipment Manufacturing processes: 1. Atomization 2. Electrolysis 3. Mechanical alloying Benefits: 1. High precision and complexity 2. Reduced material waste 3. Improved mechanical properties 4. Cost-effective
