Pioneers in the industry, we offer electrolytic iron powder, electrolytic copper powder, electrolytic copper powder ld, ultrafine copper powder and standard gold bronze powder from India.
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
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
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.
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
