When hair peroxide is out of date, it may lose its effectiveness, resulting in uneven or poor coloring results. The active ingredients can degrade over time, leading to reduced lightening power. Additionally, expired peroxide can become unstable, potentially causing irritation or adverse reactions on the scalp. It's generally best to use fresh products for optimal results and safety.
i dont know but is will probrobly turn out bad
peroxide is a some what naturual hair bleach it can lightly strip the hair of colour and replace it it cant completely strip black so a brassy blonde or unnaturual orange will be left if you use it repeatedly it will go icey blonde but thats extremely damging for hair the overall colour result will be red to light orange
Peroxide was first used to bleach hair in 1860.
A suitable peroxide substitute for hair bleaching is ammonia.
Putting bleach, or peroxide, in your hair, will cause it to become a lighter shade of whatever color it already is. They strip the color from your hair and leave it very rouch and horrible to the touch.
Yes. yuu can peroxide red hair and it will work normally. the way peroxide works is that it takes all of your natural colour and nutrience out of your hair which leaves it white.
Yes for lemon juice, no for peroxide. I wouldn't recommend either though. Peroxide really damages your hair.
Lemon juice or vinegar can be used as a substitute for peroxide in hair dyeing.
Peroxide oxidizes your hair, turning all hair colors whiter.
Yes, hydrogen peroxide can be used for lightening hair. However, it will also bleach skin and probably then is not advisable for use on the arms.
is henna the only hair color that does not contain ammonia or peroxide
When an aniline derivative tint is mixed with hydrogen peroxide, the tint penetrates the hair shaft and swells the cuticle to allow the dye molecules to enter. The hydrogen peroxide then oxidizes the dye molecules, creating a chemical reaction that changes the hair color. This process permanently alters the hair color by depositing new pigment molecules within the hair shaft.