The Results of My Recent Quest for a Natural Silver Polish



Tired of staring at my badly tarnished unity candle, I decided to start exploring natural methods of polishing silver. (I had never actually polished any silver before since this is the only silver piece I own!)
Here is the recipe I tried first:
Silver Tarnish Remover
Ingredients:
1 tablespoon salt
1 tablespoon baking soda
6 cups of warm water
1 sheet aluminum foil
Instructions:
Line a large bowl with aluminum foil (this is not to protect the bowl; it is part of the recipe.) Mix salt and soda with warm water in the bowl. Place silver items in mixture and soak for one hour. Dry and buff with a soft cloth.
This is the most common method I’ve come across in my years of natural cleaning research.

I didn’t have a container large enough to fit the entire candle holder in, so I used the largest baking dish I had, which submerged about half of it. Then I went to a movie.
4 hours later…
It didn’t really work. I experimented with adding more salt and soda and left it for another hour. Nothing.
I was pretty surprised by this actually, although I should know by now that not all natural cleaning recipes really work all that well (which is why I keep this blog in the first place!) This recipe is just so widely spread across the internet, I never really thought to question it. Maybe I did something wrong?
In the end, I used Tom’s of Maine Toothpaste (must be white paste not gel FYI) and it came out beautifully.


It would take quite a lot of toothpaste to polish something much larger than a candle stick though. If anyone out there in cyberspace has any other natural recipes for silver polish that could more easily handle large pieces, post them in the comments – I’d love to try them out!





Great article!
The tarnish removing recipe you tried first is a tried-and-true method for removing silver tarnish.
Silver tarnishes over time as the pure metal reacts with sulphur-containing gasses in everyday air, and becomes silver sulphide, which has remarkably less attractive appearance. Alluminum, on the other hand, has a greater affinity to bond to sulphur than silver does.
Here are a few tips that might have helped get better results.
1. The silver must be in contact with the aluminum. Try loosely wrapping the piece with the foil.
2. The baking soda and salt are catalysts to the reaction, facilitating the transfer of the sulphur ions through the solution. (I think the salt is optional, if I recall the experiment correctly)
3. In a large stock pot, boil the water, soda, and salt. Heat is the universal catalyst for chemical reactions.
4. Reduce to a simmer, then submerge the foil-wrapped piece and allow it to simmer for 20 minutes or so, remove from heat, allow to cool, then remove and buff with a soft cloth.
Hope this helps!
Thanks Jesse. That seems a lot more complicated than toothpaste LOL!