how to remove black mould from silicone sealant. As you slip into a hot, comforting bath, the bathroom becomes a serene retreat. But your tranquility may soon be shattered by whatever is hiding on the sealant a mere few inches from your head. Just as likely, if you look down in the shower, is that you’ll find it there as well. What exactly is this intruder in my toilet that I must get rid of? In addition to being an eyesore, black mold can cause respiratory irritation and other health problems. This article explores the causes of mold growth on bathroom sealant and offers advice for eradicating the problem and preventing it from returning.
You’d think that silicone sealant, being waterproof and all, would prevent the growth of mold. Yet, water can start to collect behind the surface as the silicone sealant separates from the surface over time. Mold thrives in hot, damp conditions. If surfaces aren’t dried off after each use, mold spores can land on the damp and grow, which is especially problematic in the bathroom because of the moisture generated by the activities performed there.
Choose between natural and chemical methods of elimination. Always wear protective gear when dealing with mold, including gloves and a mask. First, let’s try the simplest solution. Vinegar and baking soda will do the trick here.
1. Apply white vinegar, either straight or diluted (2 parts vinegar to 1 part water), directly to the sealant. For more extensive mold growth, let it sit for at least an hour, preferably longer.
Next, apply vinegar to the moldy area and work it with a soft cloth or toothbrush in circular motions until the mold loosens. After using, dust off and wipe down.
Third, if the mold still persists after applying the vinegar and bicarbonate of soda, repeat the process by applying the mixture and leaving it on overnight.
If you’d rather use a chemical approach, you can purchase mold remover or bleach and use it in accordance with the product’s instructions.
Attempt covering the mold with cling film or cloths to prevent the solution from evaporating before it reaches the mold’s surface.
