Ultra-Thick Nickel Foam

• Thickness: 0.05mm - 25mm

• PPI (Pores Per Inch): 20 - 200ppi

• Surface Density: 180g - 3000g

• Maximum Length: 200m

• Maximum Width: 980mm

• Nickel Purity: ≥99.8%

• Porosity: 50% - 98%

• Electrical Conductivity: Excellent, suitable for battery and electrode materials

• Thermal Conductivity: High, ideal for heat dissipation applications

• Operating Temperature: Up to 1150℃

• Applications: Widely used in battery electrodes, catalyst carriers, heat dissipation materials, filtration, etc.

• Packaging: Standard export packaging to ensure safe transport

1.Battery Electrode Material: Ultra-thick nickel foam serves as an electrode substrate for lithium-ion batteries, fuel cells, and nickel-metal hydride batteries. Its high conductivity and large surface area significantly improve the energy density and charge/discharge efficiency of the batteries.

2.Catalyst Support: With high porosity and excellent corrosion resistance, ultra-thick nickel foam is used as a catalyst support, increasing catalytic efficiency and making it suitable for use in petrochemical processes and environmental purification.

3.Electromagnetic Shielding and Wave Absorption: The excellent conductivity and thickness of ultra-thick nickel foam make it suitable for electromagnetic shielding in electronic devices, protecting against external electromagnetic interference.

4.Thermal Management and Heat Dissipation: The conductive properties and porous structure of nickel foam make it an ideal material for thermal management systems, such as heat sinks in power electronics and LED cooling solutions.

5.Hydrogen Production: Ultra-thick nickel foam is used as an electrode material in electrolyzers for hydrogen production. Its high conductivity and corrosion resistance make the hydrogen generation process more efficient and stable, ideal for renewable energy applications.

· High Electrical and Thermal Conductivity: Due to the high purity of nickel, ultra-thick nickel foam provides excellent electrical and thermal conduction, making it ideal for efficient battery and heat exchange applications.

· Corrosion Resistance and High Pressure Tolerance: Ultra-thick nickel foam performs exceptionally well in acidic and alkaline environments and withstands high-pressure conditions, making it suitable for demanding industrial applications.

· Large Specific Surface Area and Porous Structure: The large reaction surface area is ideal for catalytic, filtration, and electrode applications, enhancing overall efficiency.

· Customizability and Versatility: The thickness, pore size, and density of nickel foam can be customized to meet specific requirements, making it adaptable to various specialized applications.

Ultra-thick nickel foam is typically packaged in sheet form with protective materials to guard against moisture and physical damage during transport. Custom packaging options are available based on customer requirements to ensure the safe delivery of the product.