Deplating agent and deplating method using same
A stripping agent and stripping technology, used in chemical paint/ink removers, coatings, etc., can solve the problems of difficult stripping rework, affinity, and high cost, and achieve the effect of improving stripping and rework efficiency.
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Embodiment 1
[0019] Embodiment 1: configuration 1L has the stripping solution that volume fraction is the stripping agent of 10%, wherein, the solvent of described stripping solution is water, and described stripping agent is 5% fluorosurfactant by mass fraction , ammonium bifluoride with a mass fraction of 5%, glycerin with a mass fraction of 15% and water with a mass fraction of 75%. At 20° C., the workpiece to be stripped is immersed in the stripping solution for about 120 seconds. After dipping the workpieces are washed and dried.
Embodiment 2
[0020] Embodiment 2: configuration 1L has the stripping solution that volume fraction is 10% stripping agent, wherein, the solvent of described stripping solution is water, and described stripping agent is 10% fluorosurfactant by mass fraction , ammonium bifluoride with a mass fraction of 7%, glycerin with a mass fraction of 10% and water with a mass fraction of 73%. At 20° C., the workpiece to be stripped is immersed in the stripping solution for about 140 seconds. After dipping the workpieces are washed and dried.
Embodiment 3
[0021] Embodiment 3: configuration 1L has the stripping solution that volume fraction is 10% stripping agent, wherein, the solvent of described stripping solution is water, and described stripping agent is 10% fluorosurfactant by mass fraction , ammonium bifluoride with a mass fraction of 7%, glycerin with a mass fraction of 10% and water with a mass fraction of 73%. At 22° C., the workpiece to be stripped was immersed in the stripping solution for about 140 seconds. After dipping the workpieces are washed and dried.
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