State of precipitation
Track changes from heat treatment, artificial ageing, and welding by observing potential shifts.
Alloying in solid solution shifts corrosion potential: copper makes alloys more noble (more positive), while zinc makes them more active (more negative). Measuring potential helps evaluate metallurgical condition and process effectiveness in Al products.
The corrosion potential of aluminum alloys is strongly influenced by alloying elements in solid solution. Copper additions shift the potential to more noble values, while zinc shifts it to more active values. Measuring potential provides a quick, sensitive way to judge metallurgical condition and process effectiveness across Al products.
Track changes from heat treatment, artificial ageing, and welding by observing potential shifts.
Verify outcomes of solution heat treating and annealing through reproducible readings.
Assess diffusion of alloying elements from the core into Alclad during processing.
Use corrosion potential to verify thermal processing results.
Quantify extent of precipitation from ageing and welding procedures.
Evaluate diffusion of core alloying elements into cladding in Alclad products.
Share alloy grade, temper, and processing history. We’ll confirm the corrosion-potential setup, endpoints, and reporting.