Protection method, device and application of a cathode roller after grinding
A cathode roller and grinding machine technology, applied in chemical instruments and methods, polycrystalline material growth, crystal growth and other directions, can solve the problem of undiscovered cathode roller protection, etc., and achieve the effect of protecting the surface of the cathode roller and isolating the air
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Embodiment 1
[0105] After grinding the cathode roll with a width of 1.4m and a diameter of 2.7m, it is protected.
[0106] After cleaning and drying the cathode roller with pure water, spray copper sulfate solution on the cathode roller with a spraying device.
[0107] See the table below for specific parameters.
[0108] Table 1
[0109]
[0110] The cathode roller of Example 1, after the protective layer is formed, is hoisted into the anode tank, and the copper sulfate electrolyte circulation is started after installation. After the copper sulfate crystals on the surface of the cathode roller are melted, no oxide layer is found on the surface, and the cathode roller is used No quality problems such as color difference were found in the stripped copper foil.
Embodiment 2
[0119] After grinding the cathode roll with a width of 1.4m and a diameter of 2.7m, it is protected.
[0120] After cleaning and drying the cathode roller with pure water, spray copper sulfate solution on the cathode roller with a spraying device.
[0121] See the table below for specific parameters.
[0122] table 3
[0123]
[0124] The cathode roll of embodiment 2, after the protective layer is formed, is hoisted to the anode tank, and after installation, the copper sulfate electrolyte is circulated. After the copper sulfate crystals on the surface of the cathode roll are dissolved into the copper sulfate electrolyte, no oxidation is found on the surface. Layer, using the copper foil peeled off from the cathode roller, no quality problems such as color difference were found.
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