Corporate Chemical Services AG specializes in high-purity ultrafine copper powder, connecting qualified buyers and sellers across international markets.
Send an enquiry →We offer ultrafine copper powder with a base purity of at least 99.999% for demanding industrial and technological applications. Product-specific information is discussed selectively and confidentially with qualified prospective buyers.
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Ultrafine copper powder is used in numerous industrial and technological fields because of its electrical conductivity, thermal properties and chemical reactivity.
Conductive inks and pastes: used in printed circuits and flexible electronics. PCB manufacturing: enables very fine conductive tracks on printed circuit boards and is often considered a cost-effective alternative to silver.
Sintering: production of complex, high-precision components by thermally bonding particles without fully melting them. Alloy production: used as an additive to improve properties such as corrosion resistance and electrical conductivity.
Electrode materials: used in battery technology, where high conductivity and large surface area can support energy and charging efficiency. Supercapacitors: potential use to increase storage capacity.
The large surface area of ultrafine copper particles makes the material attractive for catalytic applications, for example methanol production or reactions for reducing nitrogen oxides in exhaust aftertreatment.
Ultrafine copper powder is suitable for metal 3D printing, including laser-based processes such as Selective Laser Melting (SLM), enabling complex conductive structures with high precision.
Copper is known for antimicrobial properties. Copper-containing or copper-coated textiles, surfaces and devices can be used in medical environments and antibacterial products.
Copper powder can be used to create shimmering and metallic effects in make-up, nail polish and pigment applications, giving products a characteristic metallic appearance.
Its high thermal conductivity makes copper powder suitable for thermally conductive adhesives, pastes and polymers used to cool electronic components and in other thermal-management applications.
The price of ultrafine copper powder is driven by demanding production, stringent quality requirements, special material properties, safe storage and limited market availability.
Processes such as atomization, chemical reduction or electrolytic production require precisely controlled conditions. The smaller and more uniform the required particle size—down to the nanometre range—the greater the technical effort and typically the cost.
High-purity feedstocks, controlled particle size and defined surface properties require rigorous quality assurance and specialized analytics such as electron microscopy and particle-size analysis.
High electrical and thermal conductivity and a large specific surface area make ultrafine copper powder valuable for demanding high-tech applications where even small quantities can perform a critical function.
Very fine metal powders can be particularly reactive. Depending on particle size and product design, special packaging, storage, oxidation-control and safety measures may be required, including controlled atmospheres or suitable coatings.
High-purity ultrafine copper powder is a specialized material with a limited supplier base. Demand from nanotechnology, microelectronics and other high-tech segments can further influence market prices.
In summary, the value of ultrafine copper powder reflects technically demanding production, high purity and quality control, special safety requirements, and a specialized balance of supply and demand.
Corporate Chemical Services AG, based in Horgen, focuses on international B2B trading and brokerage of high-purity ultrafine copper powder. Our approach is personal, focused and discreet.