Nickel Expanded Metal Lath Diamond Hole Nickel Mesh

Description

1.How the Nickel Expanded Metal Lath Mesh Produced Process?

Nickel expanded metal lath is produced through a specialized expansion process. Initially, a sheet of nickel is scored with a series of slits at specific intervals. Then, the sheet is stretched, causing the material between the slits to expand and form a uniform pattern of interconnected diamonds or meshes. This process not only creates an aesthetically pleasing design but also significantly increases the surface area of the material while maintaining its structural integrity.

Detailed info, please contact at info@jiahongmetal.com or visit “Production Process of the Nickel/ Titanium/Copper Expanded Metal Mesh” 

2. Specifications of  Nickel Expanded Metal Lath:

Content	Details
Material	Nickel200, Ni201,N2 N4 N6 N8.. and Ni content purity is no less than 99.5%
Hole Shape	Diamond hole
Hole size	SWDXLWD 0.5*1mm 0.8*1.5mm 1*2mm 2*3mm 2*4mm 3*5mm 4*8mm 5*10mm 6*12mm 7*15mm 10*20mm 12.5*25mm…
Threads	0.1mm to 5mm per to customer’s requirement
Thickness	0.05mm to 5mm
Surface treat	Raney-Ni coating, Platinum coating and others.
Roll width	100mm 120mm 150mm 200mm 450mm 500mm 600mm 800mm 1000mm 1200mm 1400mm
Types	Flattened nickel expanded mesh, raised/Standard nickel expanded mesh.
Custom size	Acceptable, more customized sizes, contact at info@jiahongmetal.com

Chemical Composition of Pure Nickel Mesh

 3. Structure show of the diamond hole Nickel expanded mesh:

For an exact price of the AEM electrolysis nickel expanded mesh,

Please go for us with the above sizes mentioned, such as LWDxSWD, Threads, Overall Thickness, Width x Length, and quantity. 

4. Nickel Expanded Metal Mesh Features: 

• Various of material options. Silver, Copper, Titanium, Nickel and other ductile metal are available to meet conductivity requirements for battery.
• Flexible specifications allow more possibilities to improve battery performance and satisfy specific requirements.
• 3D structure increases surface area and help to storage more active material and increase capacity at higher C-rates.
• One piece structure for superior electrical conductivity.
• Advanced equipment guarantees precious weight, thickness, open area and conductivity.
• Provides better adhesion properties and higher ion transport rates, resulting in greater energy density.

5. The applications in AEM Water Electroilysis of the Nickel expanded Metal Mesh. 

(1). **As an Electrode Material**: Nickel features good conductivity, corrosion resistance and catalytic properties. The nickel steel mesh serves as an electrode, expanding reaction area, boosting electrolysis efficiency. Its corrosion resistance cuts down losses and replacement frequency.

(2). **As a Gas Diffusion Layer**: The porous nickel steel mesh facilitates gas diffusion. It enables hydrogen and oxygen to quickly leave the electrode surface, preventing accumulation and improving the cell’s performance and stability.

(3). **Assisting Electrolyte Distribution and Circulation**: Its 3D porous structure helps with even electrolyte distribution and flow. It speeds up ion transfer, enhancing electrolysis efficiency and product purity.

(4). **Providing Structural Support**: The nickel steel mesh, with high strength and rigidity, supports electrodes, diaphragms etc. inside the cell. It ensures structural stability and safe operation of the electrolytic cell.