Determine Tin-Lead Ratio for Copper Bus Bar Plating
Budget: $50 – $0 USD
Hello,
This is a research project.
Please determine the tin-lead ratio for copper plating:
1. industry-standard tin-lead Mix ratio
2. The optimal tin-lead plating for optimal to reduce corrosion between copper and aluminum
3. Optimal and industry-standard thickness of tin-lead mix ration to apply to bus bars
The person for this job has expertise in batteries or/and metals.
The deliverables of this project are:
-List of tin-lead plating ratios (as suggest above)
-Proof with sources as to why such ratios are optimal
-
Background:
The purpose of copper bus plating bars is to prevent corrosion between aluminum and copper.
Bus bars are used in a 48V, 840Ah lithium battery.
Copper bus bar dimensions include:
• Length: 6 inches long.
• Width: 1.25 inch long
• Thickness: 1/8 inch
This is a research project.
Please determine the tin-lead ratio for copper plating:
1. industry-standard tin-lead Mix ratio
2. The optimal tin-lead plating for optimal to reduce corrosion between copper and aluminum
3. Optimal and industry-standard thickness of tin-lead mix ration to apply to bus bars
The person for this job has expertise in batteries or/and metals.
The deliverables of this project are:
-List of tin-lead plating ratios (as suggest above)
-Proof with sources as to why such ratios are optimal
-
Background:
The purpose of copper bus plating bars is to prevent corrosion between aluminum and copper.
Bus bars are used in a 48V, 840Ah lithium battery.
Copper bus bar dimensions include:
• Length: 6 inches long.
• Width: 1.25 inch long
• Thickness: 1/8 inch