Coulombs to Faradays Converter
Enter a charge value in coulombs (C) and instantly get the equivalent in faradays (F); 1 faraday = 96485.33212 C.
Electric Charge Conversion
Formula
Faradays = Coulombs ÷ 96485.33212
1 F = NA × e = 96485.33212 C/mol (CODATA 2018)
Quick Reference
| Coulombs (C) | Faradays (F) |
|---|---|
| 9,648.5 C | 0.1 F |
| 48,242.7 C | 0.5 F |
| 96,485.3 C | 1 F |
| 192,970.6 C | 2 F |
| 482,426.7 C | 5 F |
| 964,853.3 C | 10 F |
| 4,824,266.6 C | 50 F |
| 9,648,533.2 C | 100 F |
Summary
Enter a charge value in coulombs (C) and instantly get the equivalent in faradays (F); 1 faraday = 96485.33212 C.
How it works
- Enter the charge value in coulombs (C) in the input field.
- The converter divides your value by 96485.33212 — the Faraday constant (CODATA 2018).
- The result in faradays appears instantly below.
- Use the swap button to reverse the conversion from faradays to coulombs.
- Copy the result to clipboard with one click.
- The quick reference table shows common coulomb-to-faraday values at a glance.
Use cases
- Calculate the number of moles of electrons transferred in an electrolysis reaction.
- Determine charge requirements for electroplating a metal surface to a given thickness.
- Convert charge readings from lab instruments into faradays for electrochemistry reports.
- Verify Faraday's laws of electrolysis in coursework and research calculations.
- Cross-check coulomb quantities when designing electrochemical cells and batteries.
- Translate SI charge values into faradays for comparison with older electrochemical literature.
- Estimate charge efficiency losses in industrial electrochemical processes.
- Convert charge data from potentiostats and galvanostats for analysis.
Frequently Asked Questions
Last updated: 2026-07-01 ·
Reviewed by Nham Vu