High-Conductivity Copper Foam, 3 Pieces, 2 mm Thick (110 PPI), 200 × 300 × 2 mm

Description

• Suitable for electrode materials in nickel-zinc batteries and electric double-layer capacitors.
• Can be used as a catalyst in organic reactions and for photocatalytic gas cleaning.
• Excellent thermal conductivity for thermal management in motors and electrical devices.
• Pore size of 0.110 mm and porosity of 50%98% for filtration and sound-damping applications.
• Suitable for filtration and water purification; safe for people and effective in various environments.

Pore properties and bulk density: Aperture: 0.110 mm (5120 PPI). The standard product is supplied with a thickness of 2 mm and 110 PPI. Other thicknesses are 40 PPI. Please contact us if you require a different density. Porosity: 50%98%; porosity may exceed 98%. Bulk density: 0.10.8 g/cm. Applications: 1. Electrode materials: The excellent conductivity of copper foam makes it suitable for electrode framework materials in new batteries, including nickel-zinc batteries and electric double-layer capacitors. Copper foam is currently being tested and used in large quantities in many nickel-zinc products. It is also expected to be used as a current collector for electric double-layer capacitor electrodes. In addition, copper foam is used for the electrolytic recovery of copper-containing wastewater. 2. Catalysts: In many organic reactions, copper foam with its large surface area is being used directly as a catalyst instead of stamped copper plates. Copper foam is also used successfully for photocatalytic gas cleaning. 3. Thermally conductive materials: Copper foam has excellent thermal conductivity and is therefore a highly effective flame-retardant material. It has been used in advanced fire-extinguishing equipment, particularly as a flame-isolation device. Its thermal conductivity and apparent permeability also make it suitable for producing cooling materials for motors and electrical devices. 4. Damping and shielding materials: Sound waves propagate across the surface of copper foam, and sound damping is achieved through expansion damping and microporous damping. Copper has shielding properties similar to silver, making copper foam an excellent material for electromagnetic shielding.

Shipping and Returns

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