Automobile cast iron mold plating solution
A cast iron mold and plating solution technology, applied in the field of automobile cast iron mold plating solution, can solve the problems of electrode asymmetry, uneven surface, high cost, and achieve the effect of smooth surface
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Embodiment 1
[0022] Raw materials: chromic anhydride with 99.9% content, sulfuric acid as analytically pure AR with 99.9% content, and sodium fluorosilicate as analytically pure AR with 99.0% content.
[0023] Configure the plating solution:
[0024] (1) configure a certain amount of pure water;
[0025] (2) pour into 250g / L chromic acid, stir until fully melted, then pour into 1.2g / L sulfuric acid, stir evenly under normal temperature;
[0026] (3) Pour 1.2g / L sodium fluorosilicate into the above solution, stir evenly, and then turn it on for use.
[0027] When in use, set the anode and cathode in the electroplating solution, pass through sufficient current intensity, electrons decompose the chromium in the electroplating solution, and precipitate and electroplate on the surface of the substrate.
Embodiment 2
[0029] Raw materials: chromic anhydride with a content of 99.8%, sulfuric acid as analytically pure AR with a content of 99.9%, sodium fluorosilicate as analytically pure AR with a content of 99.0%.
[0030] Configure the plating solution:
[0031] (1) configure a certain amount of pure water;
[0032] (2) Pour 200g / L of chromic acid into it, stir until completely melted, then pour into 0.8g / L of sulfuric acid, and stir evenly at room temperature;
[0033] (3) Pour 0.5g / L sodium fluorosilicate into the above solution, stir evenly and then turn it on for use.
[0034] When in use, set the anode and cathode in the electroplating solution, pass through sufficient current intensity, electrons decompose the chromium in the electroplating solution, and precipitate and electroplate on the surface of the substrate.
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