Silver-plating contamination arises during coating processes and poses challenges for laser cleaning applications. After plating, contaminants form uneven layers on surfaces because silver reacts with environmental factors. Buildup occurs irregularly, so patterns show patchy adhesion and weak bonding spots.
During laser exposure, removal demands precise control because heat affects silver differently from base metals. Contamination clings tightly in some areas, so pulses must adjust to avoid damaging plating underneath. Silver exhibits high reflectivity, which scatters laser energy and slows cleaning progress.
In observations, treatment achieves better results on uniform deposits, yet stubborn residues persist on edges. Process removes most layers effectively, so intervals help prevent overheating. Surface regains smoothness after this, and material behaves durably under optimized conditions.
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