-Material：99.95% pure nickel, Ni200 Ni201, N2, N4, N6… 

-Production Process:  Expanded, Sintering, Cutting 

-Layers:  2 layer, 3 layer, 4 layers, or customized 

-Thickness:  1.4mm 1.0mm 2.0mm 2.3mm 

-Poroisty:  No less than 65%. 

-Sheet Width: from 50mm to 1000mm 

-Sheet Length: from 500mm to 1500mm 

-Each layer sizes, please contact sandy@aegismetals.net 

-Custom size;  any sizes can be produced according to the customer’s requirement. 

(1) High strength and stability: The multi-layer sintered structure endows the sintered nickel mesh with high mechanical strength and compressive strength, which can withstand high loads and pressures and is not easily deformed.
(2) Uniform pore structure: The mesh holes of each layer of nickel plate mesh are interlaced with each other, forming a uniform and ideal filtering structure.
(3) Excellent corrosion resistance: Nickel can resist the corrosion of chemicals such as acid, alkali, salt, etc., and is not easily oxidized and corroded.
(4) Good high temperature resistance: suitable for high-temperature work fields such as gas filtration and catalytic reactions.
(5) Excellent cleaning performance: Nickel sintered plates can be backwashed and have a long service life.

(1) Battery field: nickel sintered mesh is used in NiMH, NiCd, fuel cell positive and negative electrodes, etc. It is also an ideal choice for foam nickel carbon composite electrode materials in lithium batteries.
(2) Chemical catalysis: Due to excellent corrosion resistance of nickel sintered expanded plate, high temperature resistance, and large specific surface area, it can be used as a catalyst carrier in various chemical reactions to improve catalytic efficiency and reaction stability.
(3) Filtering field: Suitable for filtering various liquids and gases in industries such as petrochemicals, pharmaceuticals, food and beverage, removing impurities, particles, etc
(4) In the field of electronics, sintered nickel expanded mesh  is used to manufacture electrode materials for electronic components such as capacitors and resistors, as well as electromagnetic shielding materials. By utilizing  nickel sintered mesh’s good conductivity and electromagnetic properties, it meets the high-performance requirements of electronic devices.
(5) Other fields: Porous multi-layer sintered nickel mesh can also be used to make gas distributors, liquefied bed orifice plate materials, and splitters in explosion-proof electrical appliances. It also has certain applications in aerospace, automotive manufacturing, and other fields.