Atomized Ultrafine Copper Powder:
Light pinkish-red and irregular in shape, it is produced by the atomization method. It is widely used in diamond tools, Powder Metallurgy components, catalysts, wear-resistant materials, and welding electrodes.
-
Electrolytic Copper Powder:
Rosy red and dendritic, it is highly susceptible to oxidation in humid air and soluble in hot sulfuric acid. It is extensively applied in diamond tools, electrical carbon products, wear-resistant materials, inks, and other powder metallurgy products.
-
Bronze Powder:
Cyan and spherical, it is commonly used in powder metallurgy products, oil-impregnated bearings, and diamond tools.
-
Brass Powder:
Yellow and irregular in powder form, it is utilized in bearing bush materials, diamond tools, and powder metallurgy products.
-
Red Copper Powder:
A type of floating flake powder, it is made from a specific ratio of ultrafine copper powder, zinc powder, and aluminum alloy powder through melting, grinding, and classification. The coarser the particles, the stronger and more shimmering the metallic effect, but the poorer the adhesion. Conversely, finer particles offer a milder metallic feel, softer luster, and better adhesion.
-
Atomized Copper Alloy Powder:
Based on copper, it is blended with metal elements such as tin, lead, and zinc. It is manufactured by high-temperature melting followed by high-pressure atomization using water (or gas) as the medium. Due to variations in alloy composition and processing technology, it comes in a wide range of types and specifications, each with distinct properties and applications. It is widely used in powder metallurgy products, chemical industry, electrical alloys, and many other fields.
-
Different types of
ultrafine copper powder are suitable for different application scenarios. Sagwell offers spherical-like copper powder produced by chemical methods, dendritic copper powder by electrolytic methods, and spherical copper powder by atomization methods.
