"Electroplate" Example Sentences
1. The silverware was electroplated to prevent tarnishing.
2. The company specialized in electroplating metal components.
3. He electroplated the copper object with nickel.
4. The watch face was electroplated with gold.
5. The jewelry was electroplated to give it a shiny finish.
6. She was impressed with the quality of the electroplated vase.
7. The brass lamp was electroplated with chrome.
8. The process of electroplating involves using an electric current.
9. The car parts were electroplated to protect them from corrosion.
10. He has a background in electroplating technology.
11. The company offers a range of electroplating services.
12. The souvenir spoon was electroplated with silver.
13. The metal jewelry was electroplated to look like gold.
14. The gunmetal watch was electroplated with ruthenium.
15. The decorative frame was electroplated with bronze.
16. The statue was electroplated with copper to give it a green patina.
17. The vintage pen was electroplated with palladium.
18. The company specializes in electroplating aluminum components.
19. The antique mirror was electroplated with zinc.
20. The electroplated metal has a durable finish.
21. The decorative candlestick was electroplated with nickel.
22. The company has invested in new electroplating equipment.
23. The brass clock was electroplated with silver.
24. He learned how to electroplate metal in his chemistry class.
25. The silver candlestick was electroplated with gold for a two-tone effect.
26. The chrome bicycle frame was electroplated with copper before being painted.
27. The aviation parts were electroplated with cadmium for corrosion resistance.
28. The company offers custom electroplating services for unique projects.
29. The electroplated metal has a high resistance to wear and tear.
30. The musical instrument was electroplated with titanium for a unique look.
Common Phases
1. Apply the electroplating solution to the metal;
2. Immerse the metal in the plating bath;
3. Connect the metal to the negative terminal of the power supply;
4. Connect the plating electrode to the positive terminal of the power supply;
5. Monitor the current and adjust it as necessary;
6. Heat the plating solution to a specified temperature;
7. Rinse the plated metal with water to remove any excess solution;
8. Dry the plated metal to prevent corrosion;
9. Inspect the surface of the plated metal for any imperfections;
10. Repeat the electroplating process until the desired thickness is achieved.