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Wella Blondor Freelights Developer 12% 40vol 1000ml

Wella Blondor Freelights Developer 12% 40vol 1000ml

Brand: Wella Professionals | SKU: HG010430 | EAN: 8005610586861

Regular price £19.04
Sale price £19.04 Regular price £19.90
Tax included.

In stock


DESCRIPTION

Wella Blondor Freelights Developer 12% 40vol 1000ml

Soft and creamy consistency, flexible texture and excellent adhesion of the mixture.
Available in:
20 vols. - 6% (gentle lightening),
30 vol. - 9% (greater lightening),
40 vol. - 12% (maximum lightening)




HOW TO USE

Mix preparation
Depending on the desired degree of lightening and consistency, mix Freelights White lightening powder with Freelights activator 6%, 9% or 12% in a ratio of 1:1 to 1:3 (1:15 recommended) in a non-metallic container.
The lower the % (vol.) of activator, the gentler the lightening process will be.
For techniques in contact with the skin, use at most 6% activator (20 vol.).
Do not use heat sources.

Application
Apply to dry hair.

Application time
The application time depends on the condition of the hair and the desired level of lightening.
The maximum application time is 50 min.
Check the hair every 5-10 min. during the lightening process,

Post treatment
After completing the laying time, rinse with warm water and shampoo.
Apply Blonde Seal and Care to condition and give brilliance to bleached hair.

TIPS

Ideal for creating delicate, hyper-natural blondes and sweet contrasts with a sunkissed effect.

TECHNICAL FEATURES

Actifuse Network technology with flexible acrylic polymers for a new level of precision and accuracy in freehand application.

SAFETY WARNINGS

Avoid contact with eyes. Rinse eyes immediately in case of contact with the product. Wear suitable gloves. Keep out of reach of children. Keep in a cool place and away from direct sunlight.

INGREDIENTS

aqua, hydrogen peroxide, cetearyl alcohol, sodium lauryl sulfate, acrylates copolymer, ceteareth-25, acrylates/beheneth-25 methacrylate copolymer, salicylic acid, disodium phosphate, phosphoric acid, etidronic acid, potassium phosphate

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