Foamed Nickel, Laboratory Fuel Cell Foam, Porous Nickel Foam, Supercapacitor Electrochemistry, Hydrogen Production by Electrolysis Catalyzer Carrier

Product DescriptionMain Features
1. Ultra light weight: It has a specific surface area 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 is extremely light in weight.
2. Sound absorption: The porous structure has the characteristics of wide frequency sound absorption.
3. Electronic wave shielding: shielding about 90dB of electronic wave through relatively thin thickness.
4. Machinability: Can cut, bend, and simply stick.
5. Fire resistance: keep the shape stable, difficult to burn under high temperature, high temperature resistance.
6. Recycling: Metal waste materials can be recycled.
7. Breathable: Homogeneous three-dimensional reticulated structure, with the function of filtering, and excellent flow stability of gas and fluid.
8. Sound insulation: through additional processing, a high noise interception can be achieved with good sound insulation effect.
9. Exquisite appearance and practical interior: suitable for interior decoration through various processing.

Application Field
Tail gas purifier carrier materials, battery electrode materials, various catalyst carriers, especially filter materials required to be resistant to high temperature and acid alkali corrosion, surface materials of infrared burners, heating materials of various industrial and civil drying equipment, etc.
️ In the field of chemical power supply, it is applied to foam nickel positive and negative electrodes such as nickel hydride, nickel cadmium, fuel cells, etc., which has doubled the performance of Shenchi. foam nickel carbon composite electrode material is an ideal material for lithium batteries.
️In the field of chemical engineering, it can be used as catalyst and its carrier, filter medium and medium in separator. (such as oil-water separator, automobile exhaust purifier, air purifier, etc.), because of its large specific surface area, it can reduce energy consumption and improve efficiency.