Zinc makes The Dip safer. I think.

Published on January 31, 2022
Duration: 15:37

This video explores a safer method for lead removal from firearms using zinc to precipitate toxic lead acetate. The experiment demonstrates that zinc reacts with lead acetate, forming elemental lead and safer zinc acetate. It also highlights potential contamination issues from non-stainless cleaning tools and suggests a zinc-lined bucket for safer disposal of lead waste.

Quick Summary

To make 'The Dip' gun cleaning solution safer, add elemental zinc. Zinc precipitates toxic lead acetate, forming elemental lead metal and less harmful zinc acetate. This method aids in safer handling and disposal of lead residue from firearm cleaning.

Chapters

  1. 00:00Initial Cleaning Attempt & Issues
  2. 01:10The Dip & Lead Acetate Dangers
  3. 02:27Zinc Precipitation Theory
  4. 03:30Lead Dissolution Experiment
  5. 06:23Zinc Reaction & Lead Recovery
  6. 09:40Suppressor Cleaning Contamination
  7. 11:58Final Results & Disposal Strategy

Frequently Asked Questions

What are the dangers of using 'The Dip' for gun cleaning?

'The Dip', a 50/50 mix of hydrogen peroxide and vinegar, dissolves lead but creates lead acetate. Lead acetate is highly toxic, water-soluble, and easily absorbed through the skin, posing significant health risks if not handled properly.

How can lead acetate from gun cleaning be made safer?

You can add elemental zinc to the lead acetate solution. The zinc reacts and precipitates the lead, forming elemental lead metal (lead sponge) and less toxic zinc acetate, making disposal safer.

What is the lead dissolution capacity of the peroxide and vinegar solution?

In the experiment, approximately 40.94 grams of pure lead balls were dissolved in a 32oz (approx. 946ml) mixture of 3% hydrogen peroxide and distilled white vinegar over 15 hours.

What caused contamination issues during the suppressor cleaning?

Contamination occurred because a cheap cleaning brush with non-stainless steel bristles reacted with the hydrogen peroxide and vinegar solution, turning the mixture brown and murky.

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