When a person needs a radical change in their life, they often decide to start by radically changing their hair. The change of look is synonymous of resurrection, of a new beginning, of a point and apart. If you are in the mood to look different and impress, dyeing your hair with a natural red dye can be a great idea.
How to make a natural red hair dye
Red is often associated with a rebirth. However, dyeing your hair this shade can be a bit tricky. This color requires constant touching up, and this is not the main problem. The chemicals used to make the dyes can damage your hair,
Despite this, you have the option of making a natural red dye. By opting for this product, you will be able to show off a fiery mane that will not leave anyone indifferent.
Before explaining how to prepare the dye, it is important to note that various products used to change hair color contain hydrogen peroxide, ammonia, paraphenylenediamine and lead acetates, according to the Cleveland Clinic. These elements can cause stinging, blistering, scalp redness and flaking.
- Carrot: 1 unit;
- Medium-sized beet: 1 unit;
- Warm water: 1 splash;
- Bathing cap.
- How to prepare
To begin, wash and peel the carrot and beet. Then, cut these ingredients into small squares and put them in a blender. Then, pour a splash of warm water and mix everything together.
- Next, apply the mixture to your hair. Start at the roots and work your way to the ends. It is essential that the hair is clean, dry and untangled.
- Once the natural dye is applied, cover your hair with a shower cap and wait 25 minutes for it to work.
- Finally, after the time mentioned above, rinse the hair and then wash it as usual.
Important: The information given in this article does not replace the opinion of a professional. Before applying the natural hair dye, consult a specialist to find out if the ingredients contained in this homemade cosmetic are suitable for your hair type and its current condition. It is also a good idea to test a small strand of hair to see if you may have an allergic reaction.