Porous Nickel Foam for Laboratory Fuel Cells Catalyst Carrier for Supercapacitor Electrochemical Electrolysis for Hydrogen Production

I. Pore properties and bulk density

Pore size: 0.2mm (110ppi)

Porosity: 98%

Porosity: ≥98

Surface density: 350g/m2

Number of holes per inch of length: 110

Geometric size: 960MM*length, can be customized according to requirements

Second, the main features:

1, the quality of ultra-light: has a specific surface area, specific gravity of 0.2 ~ 0.3, is 1/4 of water, wood 1/3, metal aluminum 1/10, iron 1/30, the quality of ultra-light.

2, sound absorption: porous structure has wide frequency sound absorption characteristics.

3、Electronic wave shielding: Through the relatively thin thickness, it can shield the electronic wave around 90dB.

4、Processing performance: It can be cut, bent, and simply glued.

5、Fire resistance: keep the form stable, hard to burn under high temperature, high temperature resistance.

Recycling: metal waste materials can be recycled.

7、Breathable：Homogeneous three-dimensional mesh structure, with the role of filtration, gas, fluid flow stability can be super.

8, sound insulation: through additional processing, can obtain a high noise interception, sound insulation effect is good.

9, exquisite appearance, internal practical: through a variety of processing, suitable for interior decoration.

Three, application areas:

Tail gas purifier carrier material, battery electrode material, all kinds of catalyst carrier, especially for the requirement of high temperature and acid and alkali corrosion resistant filtration material, infrared burner surface material, all kinds of industrial and civil drying equipment heating material, etc..

In the field of chemical power supply, it is applied to nickel foam positive and negative electrodes of nickel-metal hydride, nickel-cadmium, fuel cell, etc., which doubles the performance of the battery, and the nickel foam-carbon composite electrode material is the ideal material for lithium battery.

-In the field of chemical engineering, it can be used as catalyst and its carrier, filter medium, separator medium, (such as oil-water separator, automobile exhaust purifier, air purifier, etc.), because of its large specific surface area, so it can reduce energy consumption and improve efficiency.

-In the field of electrochemical engineering, it can be used in electrolytic hydrogen production, electrocatalytic process, electrochemical metallurgy, etc., which can significantly improve energy efficiency.

-In the field of thermal engineering, it can be used as a damping material and as a highly efficient thermal conductive "wick" material for "heat pipes", which can increase efficiency exponentially.

-In the field of functional materials, it can be used as damping materials to absorb wave energy; sound damping, vibration absorption, buffer electromagnetic shielding, invisible technology, flame retardant, heat insulation, etc..