For some reason bottle brushes are always disappearing from our kitchen. After one too many times needing one and not having it as well as not having time or inclination to run to the store for a new one, I decided to see if I cold just make one.
This is how I have been making them since. They do rust if you don't let the dry properly but being as they are made from small piece of kitchen sponge and a wire coat hanger in about five minutes, I don't mind just making a new one.
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Signing UpStep 1Materials and tools
A kitchen sponge
A wire hanger, the complete loop kind. The ones with cardboard bottoms don't work as well
Scissors
A screwdriver or maybe just a large nail
Pliers. I used my Leatherman tool for this one
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"Look, Ma, no sponge, no wire!"
Okay, here's an essential method to add to your repertoire: for cleaning inside bottles, coffee pots, flower vases, thermos's and hard to get at insides of things:
Ice cubes (or chunked to size) and powdered cleanser (like Comet)
"Swirled not shaken" Swirl vigorously in circular motion so ice and abrasive cleanser slide evenly around the curved interior (don't shake, as rock hard ice could break glass...)
This is far better scrubbing than you can get with a brush.
Do I win anything, here?
So what could this be... a brush made WITH a bottle? Made FROM a bottle? But how would that even work...
I thought maybe you were going to fill the bottle with paint, then block its neck with the sponge and use it (upside down) like a brush with a reservoir! That's what a "bottle brush" says to me.
Is this actually what these cleaners are called in the shops?
I can't believe they would be named something so imprecise. Aren't they called narrow neck bottle cleaners or something more descriptive??
Now what I need is one of those wick things that you put inside carafes and thin-necked bottles to help dry them out! Go! Make!
Thanks!
Point is, it will never rust.
Most chemical reactions are 50% slower for each 10deg drop in temperature .. Reverse applies for raising temps: go up by 10: rate doubles.
So, when your 30deg goes to 20, rate is 1/2
From 20 to 10, it's 1/4the of orig. rate.
To zero, it's 1/8th.
One might expect a wire that rusts in 2 days to then require 16 days , if i may use a gross example.
It'd make a simple experiment: construct two of your devices: treat each the same except then put one in the freezer ... and let us know!
I have avoided painted or coated hangers thus far because the coating tends to crack and flake off.
The only part that really rusts is the wire that's in direct contact with the sponge. I think if you used rags from old t-shirts or towels coating the wire might be more useful due to the added useful life of the cloth vs the sponges.