Porous Foam Nickel Foamed Nickel Catalyst Carrier Electrode supercapacitor Experimental Materials for Lithium Batteries (1, 200×200×10mm/ 80ppi)

Product features: 1. Ultra light weight: with a specific gravity of 0.2~0.3, it is 1/4 of water, 1/3 of wood, 1/10 of metal aluminum, and 1/30 of iron, making it ultra light in weight. 2. Sound absorption: Porous structures have a wide frequency of sound absorption characteristics. 3. Electronic wave shielding: Shielding around 90dB of electronic waves through a relatively thin thickness. 4. Processing performance: capable of cutting, bending, and simple adhesion. 5. Fire resistance: Keep the form stable and difficult to burn at high temperatures, 6. Recycling: Metal waste materials can be recycled. 7. Thermal conductivity: Porous materials have strong thermal conductivity. 8. Breathable: A homogeneous three-dimensional mesh structure with filtering function, providing strong stability for gas and fluid flow. 9. Sound insulation: Through additional processing, it is possible to intercept high noise and achieve good sound insulation effect. 10. Exquisite appearance and practical interior: Suitable for interior decoration through various processing methods. 11. Temperature resistance of 600 ° C (vacuum environment of 800 ° C), resistance to various acid and alkali corrosion, good permeability, uniform pore structure, and fast heating and heat transfer. Application field: Tail gas purifier carrier materials, battery electrode materials, various catalyst carriers, especially for filter materials that require acid-base corrosion, surface materials for infrared burners, and heating materials for various industrial and civilian drying equipment.

• Aperture: 0.1mm-10mm (5-110ppi); Porosity: ≥ 98%
• Foam nickel, with porous structure and sound absorption characteristics of wide frequency, can be cut, bent, and simply adhered, and has strong thermal conductivity. The foam nylon and foam nickel mesh are homogeneous three-dimensional network structure, which has the function of filtering, and the flow stability of gas and fluid is extremely strong.
• The base material used is porous open cell foam plastic. Conductive layer can be prepared by three methods: electroless nickel plating, vacuum nickel plating and dipping conductive adhesive. After thick nickel plating in electrolyte, foam nickel material with excellent performance can be obtained through burning, reduction and annealing processes.
• In the field of chemical power supply, it is applied to foam nickel positive and negative electrodes such as nickel hydride, nickel cadmium, fuel cell, etc., which can double the performance of the battery. foam nickel is a composite electrode material and an ideal material for lithium batteries.
• In the field of electrochemical engineering, it can significantly improve energy efficiency when used in electrolysis for hydrogen production, electrocatalytic processes, electrochemical gold treatment, etc.