Does John Frieda Go Blonder spray damage hair?
It does damage the hair due to the peroxide but just make sure you use a great conditioning mask once a week, a heat protectant and a conditioning leave in cream like i.e.: its a 10 and you’ll be fine! Obviously If your hair is very damaged use it sparingly or don’t use it at all.
Does Go Blonder Lightening Spray work?
it works. So when it comes to lightening your hair, this stuff gets the job done. I will say I noticed some damage to my hair due to it have peroxide in it and then working better with heat. However, it will take your hair a few shades lighter.
Can you dye your hair after John Frieda lightening?
Answer: This can be used on dyed hair. It contains hydrogen peroxide so use lightens the hair permanently. Do not use on a sensitive, irritated or damaged scalp.
Can you use John Frieda Go Blonder spray on brown hair?
This product will permanently lighten the colour of your hair. Do not use on natural brown or darker shades of hair, intensively bleached hair (lightened 4-8 shades), or platinum or white shades of blonde hair.
What happens if you use lightening spray on brown hair?
The first, and most important thing to know about hair-lightening sprays is not to use them if you have dark brown hair. This is because they won’t be able to lift the color as well, so it’ll likely result in red or orange-toned hair. For the best results, only use these sprays if you have light to medium brown hair.
Is John Frieda Go Blonder safe?
The Go Blonder Shampoo also has Sodium Lauryl Sulfate. SLS is used in many personal care products. It acts as a good cleaning product, but it is a skin irritant and can cause damage to the outer layer of the skin. In shampoo, it increases scalp irritation, stinging eyes and tangled frizzy hair.
Does lightening spray damage your hair?
Ordinary lightening sprays are peroxide-based and potentially damaging to hair, especially if your hair is already damaged by frequent coloring. Make sure to avoid peroxide-containing products or use them in moderation.