Does white vinegar kill germs in washing machine?
Vinegar has acetic acid, which can kill viruses and bacteria.
For a bit of added disinfectant and deodorizer in your clothes, you can add ½ cup of white vinegar to the rinse cycle.
Not only will this help to kill those pesky germs, but it also works as a fabric softener.
This can work for whites and colored clothes..
How do you kill bacteria in a washing machine?
To kill the germs in your laundry, wash your clothes on the hot cycle, then put everything in the dryer for 45 minutes. Wash whites with bleach, and use peroxide or color-safe bleach for colors. Do your laundry in water that’s at least 140 F to kill any viruses or bacteria.
Can vinegar damage your washing machine?
Just as it does in a dishwasher, vinegar can harm rubber parts inside a washing machine, eventually leading to leaks. For this reason, avoid using vinegar in your washing machine too frequently. Fortunately, other products are more effective and better at removing stubborn stains.
Does vinegar kill bacteria in laundry?
White vinegar has an ingredient known as acetic acid, which can kill viruses and bacteria so they can be easily washed away during the cleaning cycle. A half cup of white vinegar can act as a disinfectant and a deodorizer—removing those pesky germs and working to soften your fabrics.
How do I disinfect my washing machine with vinegar?
Set your washing machine to run on its highest and hottest setting. Add in four cups of white vinegar, and turn it on. Once it’s filled up and barely started, however, pause the washing machine and just let the water and vinegar sit for an hour. While you wait, you can tackle the rest of the washing machine’s surfaces.
How do you sanitize a washing machine?
Add four cups of white cleaning vinegar to the wash cycle. After the cycle starts, pause the machine and allow it to sit for an hour. During this time, wipe down the top of the washer with a microfiber cloth dipped in the hot vinegar water. Use an old toothbrush to scrub the fabric softener and bleach dispensers.