BDCJ Foam Nickel ，Nickel Foam Metal porous nickel foam net Cbattery materials，Super Capacitor-Specific Ni-Foam (200x300x0.3mm)

BDCJ Foam Nickel ，Nickel Foam Metal porous nickel foam net Cbattery materials，Super Capacitor-Specific Ni-Foam (200x300x0.3mm)

Aperture: 0.1mm-10mm (5-120ppi); porosity: 50%-98% Through hole rate: ≥98%; volume density: 0.1-0.8g/cm3 Application fields: exhaust gas purifier carrier materials, battery electrode materials, various catalyst carriers, especially for the heating of filter materials that require high temperature resistance and acid-base corrosion, infrared burner surface materials, and various industrial and civil drying equipment Materials, etc. Size: Various sizes available Package included: 1 x Ni foam Main feature:
1. Ultra-light weight: It has the largest specific surface area, with a specific gravity of 0.2~0.3, which is 1/4 of water, 1/3 of wood, 1/10 of metal aluminum, and 1/30 of iron. It has ultra-light weight.
2. Sound absorption: The porous structure has wide frequency sound absorption characteristics.
3. Electron wave shielding: The electron wave shielding is about 90dB through the relatively thin thickness.
4. Processing performance: can cut, bend, and simply paste.
5. Fire resistance: keep the shape stable, it is difficult to burn at high temperature, and high temperature resistance.
6. Recycling: Metal waste materials can be 100% recycled.
7. Thermal conductivity: Porous materials have strong thermal conductivity.
8. Breathable: The homogeneous three-dimensional three-dimensional network structure has the function of filtering, and the flow stability of gas and fluid is super strong.
9. Sound insulation: Through additional processing, a high noise can be intercepted, and the sound insulation effect is good.
10 Exquisite appearance, practical inside: through various processing, suitable for interior decoration.
11. High temperature resistance above 1100 degrees, resistance to various acid and alkali corrosion, good permeability, uniform pore structure, fast heating and heat transfer.