3X6mm Hole Size Pure Nickel Expanded Mesh for Hydrogen Production

3X6mm Hole Size Pure Nickel Expanded Mesh for Hydrogen Production

https://www.toptitech.com/non-ferrous-metal-products/other-metal-materials-and-productions/3x6mm-hole-size-pure-nickel-expanded-mesh-for.html

The pure nickel expanded mesh, featuring a 3x6mm hole size, is a popular choice for hydrogen production. It is crafted by spreading and cutting a pure nickel plate into a diamond or hexagonal pattern.

This mesh is known for its corrosion resistance, high-temperature stability, electrical conductivity, plasticity, and elasticity.

Parameters

Material:pure nickel (N6, N2, N4, or N8)

Thickness :1.0mm(other thickness can be customized)

Mesh size: 200x200mm(other size can be customized)

Hole size:3*6mm(1*2, 2*4 and other customized hole sizes)

Key Features

Corrosion resistance: Pure nickel demonstrates exceptional resistance to corrosion, making it valuable in applications requiring protection against chemical exposure, such as the chemical industry and battery collectors.

High-temperature stability: The pure nickel expanded mesh maintains its stability and heat resistance even in high-temperature environments, making it suitable for applications in fuel cells and high-temperature electrolysis.

Electrical conductivity: Pure nickel exhibits strong electrical conductivity, making the expanded mesh ideal for electronic fields and battery collectors, facilitating efficient current flow and electron transfer.

Plasticity and elasticity: The pure nickel expanded mesh possesses impressive plasticity and elasticity, allowing it to stretch and deform without compromising its strength and shape, making it suitable for various complex shapes and design requirements.

Applications

Chemical industry: Widely used for filtration, separation, and catalysis applications, serving as filters, catalyst beds in reactors, or filler materials in chemical reactors.

Battery collectors: Essential for rechargeable batteries and fuel cells, the pure nickel expanded mesh acts as a collector for generated current, enhancing battery efficiency and performance.

High-temperature applications: The excellent high-temperature stability of the pure nickel expanded mesh makes it suitable for various applications, such as MEA supports, gas diffusion electrodes, and electrolyte electrodes in fuel cells.

Electronics: Applied in electronic devices for electromagnetic noise suppression, shielding, and heat dissipation, the pure nickel expanded mesh provides good conductivity and ventilation while protecting internal components.