
Unusual Uses for Aluminum Foil in the Washing Machine: A Game-Changing Trick!
1-2 balls of aluminum foil (ball size depends on the size of the washing machine)
Optional: detergents, fabric softeners (as needed)
Preparation:
Preparing the aluminum foil ball:
Take a piece of aluminum foil and roll it into a ball about 4-5 cm in diameter. You can use several layers of foil to achieve the desired size. The ball should be well-pressed but flexible enough to move freely in the washing machine drum.
Washing machine placement:
Once the ball is ready, place it in the washing machine drum along with your clothes. You can place it between your clothes or on top of them if you’re washing a smaller load.
To start the wash:
Run your washing machine through a standard wash cycle as usual, using appropriate detergents and fabric softeners.
Finishing the wash:
After the wash cycle is complete, remove the clothes and the aluminum foil ball. You can reuse the same ball for several washes until it begins to wear out.
Serving and storage tips:
Storing aluminum foil balls: Aluminum foil balls can be reused repeatedly, but they can tear over time. It’s worth replacing them periodically, especially if you notice they’re starting to crumble or lose their elasticity.
Using additional accessories: You can use this trick with other laundry methods, such as using a laundry ball or laundry bags. However, aluminum foil is one of the cheapest and simplest solutions worth trying.
Variations:
Aluminum foil in the dryer: For an extra touch, you can also place an aluminum foil ball in the dryer. This will help break up static electricity and prevent static cling.
Multiple balls: If you have a large washing machine, you can use multiple balls of aluminum foil to improve washing efficiency. More balls can help remove stains better, especially with larger loads.
Instead of a ball, use a sheet of foil: If you don’t want to roll it into a ball, you can use a larger piece of aluminum foil and simply place it in the drum. However, be careful not to use pieces that are too large, as they may not produce the desired effect.
FAQ: