Nickel mesh, as one of the most efficient electromagnetic interference shielding materials, has been widely adopted in electronic devices such as plasma display panel.
The nickel mesh sheet was continuously produced in industrial scale by a unique electrochemical process and which microstructure was analyzed by small-angle neutron scattering and field-emission scanning electron microscopy.
The precision nickel mesh sheet was well formed by continuous electro-forming equipment with a rotating patterned cathode, soluble/insoluble anode and multiple stage of rolling wheels.
Neutron diffraction analysis and morphology observation showed that the nickel mesh formed by electro-deposition process has less defects for industrial applications.
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