Porous Copper Foam - Conductive Thermal Management Material for Batteries and Electronics(100x100x5mm 10PPI)

Pore characteristics and bulk density:Aperture: 0.1 mm-10 mm (5-120 ppi)【We default to send 40PPI, if you need other density please us】Porosity: 50%-98%Porosity: > 98%Volume density: 0.1-0.8g/cm 3Applications:1. Electrode materials. The excellent conductivity of foam copper can be widely applied to the electrode framework materials of new batteries such as nickel zinc and double layer capacitor. At present, foam copper has been tried by many nickel zinc and put into mass use. At the same time, foam copper is expected to be used as the collector of double layer electric container electrode. In addition, foam copper is used as an electrolytic recovery of copper containing wastewater. The use of electrode materials also has very broad prospects.2. Catalysts. In many organic reactions, people try to directly use the copper foam with large surface area instead of punched copper plate as the catalyst for chemical reaction. Foam copper as a for photocatalytic Gas purification has also been applied more successlly.3. Thermal conductive materials. Foam copper has excellent thermal conductivity and makes it an excellent flame retardant material. It has been applied to many advanced fire fighting equipment abroad, especially as a flame isolation device. It has excellent thermal conductivity. In addition, people use foam copper's excellent thermal conductivity and apparent permeability to make cooling materials for motors and electrical appliances.4. Muffling and shielding materials. Sound waves difse on the surface of foam copper, and the effect of silencing is achieved by expanding silencing and microporous silencing. The shielding property of copper is close to silver and is an excellent electromagnetic shielding material.

• Exceptional thermal conductivity makes this porous copper foam ideal for heat management in motors and electronic devices.
• Highly effective as an electrode material for nickel-zinc batteries and electric double-layer capacitors, enhancing storage solutions.
• Versatile application in filtration and water purification due to its biocompatibility and structural integrity.
• Available in various pore sizes (0.1mm-10mm) and porosity levels (50%-98%), catering to diverse experimental requirements.
• Functions as a sound-dampening and electromagnetic shielding material, providing advanced solutions for noise reduction and interference protection.