High Conductivity Copper Foam for Industrial Use

• High Electrical & Thermal Conductivity – Manufactured as premium-grade High Conductivity Copper Foam, ensuring excellent heat and electrical transfer performance.
   
• Open-Cell Porous Structure – Uniform interconnected pore design provides superior surface area and efficient fluid or airflow distribution.
   
• Lightweight Yet Strong – Combines low density with good mechanical strength for structural and functional applications.
   
• Excellent Heat Dissipation – Ideal for thermal management systems, heat sinks, and battery cooling solutions.
   
• Superior Corrosion Resistance – Maintains stability in various industrial and environmental conditions.
   
• Enhanced Energy Efficiency – Improves performance in heat exchangers, EMI shielding, and catalytic systems.
   
• Customizable Specifications – Available in different thicknesses, pore sizes (PPI), and dimensions to meet industrial requirements.
   
• Versatile Applications – Suitable for electronics cooling, filtration systems, fuel cells, sound absorption, and advanced engineering solutions.

Feature	Details
Product Name	Copper Foam
Material	High Purity Copper (Cu)
Target Application	High Conductivity Copper Foam for thermal management, batteries, and electronic applications
Purity	99.9% Cu
Density	0.3 – 0.9 g/cm³ (dependent on porosity)
Porosity	60% – 95% (customizable)
Pore Size	100 – 500 µm (customizable)
Electrical Conductivity	95% IACS (International Annealed Copper Standard)
Thermal Conductivity	Excellent – ideal for heat exchangers and thermal dissipation
Mechanical Strength	Moderate – depends on porosity
Color	Metallic Copper
Shape	Sheets, Blocks, Custom Cut Pieces
Applications	Heat exchangers, Battery electrodes, EMI shielding, Thermal management components, Catalysts support
Storage	Store in a dry environment; avoid mechanical damage and corrosion

1. What is high conductivity copper foam?
High conductivity copper foam is a porous, lightweight copper material with excellent electrical and thermal conductivity. Its open-cell structure provides a large surface area while maintaining mechanical strength.

2. What are the main applications of copper foam?
Copper foam is used in heat exchangers, battery electrodes, fuel cells, EMI shielding, electronic cooling systems, catalysts, and lightweight conductive structures.

3. What are the advantages of copper foam?
It offers high thermal and electrical conductivity, excellent corrosion resistance, lightweight structure, high surface area, and efficient fluid flow for cooling or chemical processes.

4. What pore sizes are available in copper foam?
Copper foam is available in a variety of pore sizes, typically ranging from 5 PPI to 100 PPI (pores per inch), depending on the application requirements.

5. Can copper foam be customized?
Yes, copper foam can be manufactured in different thicknesses, densities, shapes, and pore sizes to meet industrial specifications.