Nickel Foam(0.5 mm Thick)

$7.55

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✓ Seleccionado: 0.5*200*150mm / 1 piece

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Venta directa de fábrica

Envío mundial

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The 0.5 mm thick nickel foam from Canrd is designed for use as a current collector and catalyst support in energy storage and conversion devices. Featuring a highly porous three-dimensional structure, it offers an exceptionally large specific surface area while maintaining low density and excellent electrical and thermal conductivity. The material withstands temperatures above 1100°C and resists corrosion in both alkaline and neutral electrolytes. Its open-cell architecture enables uniform gas and fluid flow, making it suitable for supercapacitors, fuel cells, and catalytic reaction systems. Additionally, the foam provides electromagnetic shielding and can be easily cut or shaped, supporting flexible experimental setups.

Foam nickel thickness tolerance 0-0.05mm

1. Lightweightness: Has the largest specific surface area, with a density of 0.2~0.3, which is 1/4 of water, 1/3 of wood, 1/10 of aluminum, and 1/30 of iron.
2. Sound absorption: The porous structure has a wide frequency sound absorption characteristic.
3. Electromagnetic wave shielding: Shields electromagnetic waves of around 90dB with a relatively thin thickness.
4. Processability: Can be cut, bent, and easily pasted.
5. Fire resistance: Maintains shape stability, difficult to burn, and heat resistant at high temperatures.
6. Recycling: Metal waste materials can be 100% recycled.
7. Thermal conductivity: Porous materials have strong thermal conductivity.
8. Breathability: Homogeneous three-dimensional mesh structure with filtering effect, super stable gas and fluid flow performance.
9. Sound insulation: Can achieve good sound interception and sound insulation effect with additional treatment for high noise.
10. Exquisite appearance, practical interior: Suitable for indoor decoration through various processing treatments.
11. Resistant to high temperatures above 1100 degrees, resistant to various acid and alkali corrosion, good permeability, uniform pore structure, and fast heating and heat transfer.