Effect of polyvinyl chloride fire smoke on the long-term corrosion kinetics and surface microstructure of tin–lead and lead-free solders

Effect of relative humidity on the corrosion behavior of Sn–0.7Cu solder under polyvinyl chloride fire smoke atmosphere

“…All tests were carried out in a smoke corrosion system, as shown in Figure 1. [ 21 ] The experimental device was composed of smoke production devices and a smoke exposure chamber. The closed smoke exposure chamber had the following dimension: 1,000 mm length × 1,000 mm width × 900 mm height, and the PVC powder was combusted in the quartz combustion boat in the smoke production devices to generate fire smoke.…”