SAT NANO dendritic Silver coated copper powder has a range of potential uses. The dendritic silver coated copper powder has good conductivity and can be made into various conductive, electromagnetic shielding and other products. Dendritic Silver coated copper powder is available for 1-3um, 5um, 10um, high purity 99.9%, Morphology: spherical, flake, dendritic. Please feel free to check the specification.
SAT NANO spherical Silver coated copper powder has a range of potential uses. Spherical silver coated copper powder has good conductivity, high chemical stability, difficulty in oxidation, and low price. The most important physical properties of spherical silver coated copper powder are particle size, particle size distribution, particle size morphology, and oxygen content. Spherical Silver coated copper powder is available for 300nm, 500nm, 1-3um, 5um, high purity 99.9%, Morphology: spherical, flake, dendritic. Please feel free to check the specification.
SAT NANO flake Silver coated copper powder has a range of potential uses. SThe flake silver coated copper powder has good conductivity, high chemical stability, difficulty in oxidation, and low price. Flake Silver coated copper powder is available for 1-3um, 5um, 10um, high purity 99.9%, Morphology: spherical, flake , dendritic. Please feel free to check the specification.
SAT NANO Silver coated copper powder has a range of potential uses. Silver coated copper powder Ag coated Cu particle is widely used in the field of electronic material preparation, such as conductive paste, circuit boards, EMI shielding, etc. Silver coated copper powder r is available for 300nm, 500nm, 1-3um, 5um, high purity 99.9%, Morphology: spherical, flaky, dendritic. Please feel free to check the specification.
3D Printing Copper Powder is a type of metal powder that has been specifically designed for use in 3D printing applications. One of its main characteristics is its high thermal conductivity which makes it an ideal material for applications that require heat transfer. Additionally, it has excellent electrical conductivity making it an ideal material in electronics and electrical applications.