High-temperature heat sink copper with nickel plating + high-temperature scale zero coating
FSC-HS CG
The issue with copper materials, which are widely used due to their thermal conductivity cost in various heat dissipation plates, heat sinks, and thermal compression terminal jigs, is performance degradation caused by the formation of oxide scale.
Various heat dissipation plates and heat sinks, as well as thermal compression terminal jigs, commonly use copper materials due to their thermal conductivity cost. The issue is the degradation of performance caused by the formation of oxidation scale, particularly in thermal problems that exceed 500°C, which cannot be addressed with aluminum. While copper is the next candidate due to its processability and price in terms of thermal conductivity, the oxidation scale that occurs at high temperatures poses problems for heat dissipation and contamination. We have now applied nickel plating to copper substrates and conducted our specialty treatment to prevent high-temperature oxidation scale with a transparent coating. This allows the thermal conductivity of copper to remain intact while making it usable at temperatures up to 900°C in air. We also offer coating treatment for the copper heat sinks you are currently using.
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basic information
Substrate: Copper Nickel or zinc plating on the substrate: 5μ to 10μ Top coat: High-temperature scale zero coat Heat resistance: 1000°C Continuous use temperature: 800°C Shape: Not specified Suitable for high-temperature heat dissipation, thermal press-fit terminal jigs, etc., where aluminum cannot be used, maintaining contamination and heat dissipation performance.
Price information
From a few hundred yen, further consultation required.
Price range
P1
Delivery Time
P3
Applications/Examples of results
Heat dissipation plate, thermal press-fit terminal, thermal jig, copper heat sink.
Detailed information
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Maintaining copper thermal conductivity while eliminating high-temperature scale adhesion, a nickel-plated/copper heat sink that can be used in a 900°C environment.
Company information
Kansai Manufacturing New Selection - Designation - Skill Osaka Prefecture Manufacturing Excellence Award - Artisan Osaka Prefecture Intellectual Property Division Award - Knowledge Yao Chamber of Commerce and Industry New Technology/New Product Development Excellent Small and Medium Enterprises Award - Recipient Production of heat-resistant nameplates (name plates) made from SUS304 base material, capable of continuous use at 800°C and up to 1000°C. Various parts trays that require heating are printed with QR codes and undergo coating treatment, enabling quality and mass production management in high-temperature heating environments. QR code recognition with smartphones has been made possible. By simply applying it before brazing, it prevents metal burning and discoloration, reducing post-process cleaning and buffing steps. Corrosion prevention - Coating treatment for stainless steel products in coastal areas is possible, preventing metal corrosion due to salt damage. Chemical resistance - Excellent acid resistance, demonstrating chemical resistance from pH 1 to pH 11 in the alkaline range. Insulation - Exhibits insulation and coating effects on metal surfaces, with 5μ + 2 at DC/500V/∞. Heat resistance - Compatible with temperatures ranging from 200°C to 2000°C across various grades. Introduction of Keyence Corporation's MD-V9900 3D curved surface compatible laser engraving machine.
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