Ultra-Thin Nickel Foam

• Thickness: 5mm - 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.High Porosity and Specific Surface Area: Ultra-thin nickel foam has a porosity of over 95%, resulting in an extensive specific surface area that enhances catalytic and electrochemical reaction efficiency.

2.Superior Electrical Conductivity: The combination of the foam structure and pure nickel material gives ultra-thin nickel foam stable and excellent conductivity, making it highly suitable for electrode materials.

3.Lightweight: The porous structure makes the material extremely light while maintaining excellent strength and toughness, suitable for applications where weight is critical.

4.Uniform Thickness, Easy to Process: The material has a consistent thickness and can be precisely cut and shaped as needed, making it easy to integrate into various products.

1.Energy Storage: Widely used in lithium-ion batteries, supercapacitors, and other energy storage devices as electrode materials, significantly improving charge-discharge efficiency and cycle life.

2.Electrochemical Catalysis: The high specific surface area and conductivity of ultra-thin nickel foam make it an excellent catalyst carrier for applications such as fuel cells and hydrogen production by electrolysis, increasing reaction rate and efficiency.

3.Shielding Materials: In electronic devices, ultra-thin nickel foam can be used as electromagnetic interference (EMI) shielding material, offering excellent shielding effects while remaining lightweight.

4.Filtration and Separation: In the chemical and environmental protection fields, ultra-thin nickel foam is used for gas and liquid filtration and separation. Its corrosion resistance and high porosity ensure efficient and stable filtration performance.

· High-Performance Efficiency: Possesses high conductivity and chemical stability, capable of withstanding complex working environments.

· Environmentally Friendly: The material is recyclable and meets environmental standards, making it a green and sustainable material choice.

· Customizable Options: Customization is available for thickness, size, and pore size according to customer needs.

With its unique physical and chemical properties, ultra-thin nickel foam demonstrates irreplaceable value in the energy, catalytic, and electronics industries. Whether enhancing the efficiency of energy devices or solving specific industrial needs, ultra-thin nickel foam offers the best solution for your applications.