The nickel fiber felt and wire mesh are carefully layered and subjected to controlled temperature and pressure conditions. During sintering, the nickel particles fuse together, forming a strong bond between the wire mesh and fiber felt. This results in a robust and integrated composite structure that combines the mechanical strength of the wire mesh with the enhanced filtration capabilities of the fiber felt.

The sintered nickel wire mesh composite with sintered nickel fiber felt offers exceptional filtration performance, capable of capturing solid particles down to the micron level. Its uniform pore structure ensures precise filtration and prevents particle breakthroughs. Furthermore, this composite material exhibits excellent chemical and thermal resistance, making it suitable for use in harsh operating environments.

Sintered Nickel Fiber Felt Composite with Sintered Nickel Wire Mesh 5

Products Specifications

Material	Sintered nickel fiber felt + sintered nickel wire mesh
Diameter	85mm
Thickness	2mm
Coating	can be coated platinum

Products Features

Sintered Nickel Fiber Felt Composite with Sintered Nickel Wire Mesh

Dual Filtration Mechanism: The sintered nickel wire mesh provides surface filtration, capturing larger particles.
The sintered nickel fiber felt offers depth filtration, trapping finer particles within its porous structure.

High Porosity: The composite material has a high porosity, allowing efficient fluid flow and minimizing pressure drop.

Sintered Nickel Fiber Felt Composite with Sintered Nickel Wire Mesh 4

Excellent Corrosion Resistance: Nickel is inherently resistant to corrosion, making this composite suitable for aggressive environments.

Uniform Pore Size Distribution: The sintering process ensures consistent pore sizes throughout the material.

High Strength and Durability: The sintered nickel wire mesh provides mechanical robustness to the composite, ensuring long-lasting performance.

Application

Fuel Cells: Gas diffusion layers and catalyst support.
Electrolysis Cells: Electrode support and gas diffusion layers.
Chemical Processing: Filtration of corrosive liquids and gases.
Petrochemical Industry: Removal of impurities from process streams.
Heat Exchangers: Efficient heat transfer with minimal fouling.
Electromagnetic Shielding: High-conductivity shielding materials.