Aquarely Active Ingredients & Application

 

ACTIVE INGREDIENTS

INTENSE MICRO PIGMENTS The Intense Micro Pigments are micro-emulsified nano-pigments able to deeply penetrate into the keratin cavities and bind to the hair fibers. A major advantage which derives from the use of this innovative technology, is the reduction of the already low ammonia content thanks to the small size pigments that requires only a partial opening of the cuticle, thus increasing its cosmeticity

WHEAT PROTEINS Hydrolysed Wheat Proteins play a conditioning and restructuring action, thus protecting the scalp and the capillary fibers, giving softness and smoothness to the hair. In addition, they have effective anti-oxidants properties, reducing the formation of free radicals.

LAVANDER ESSENTIAL OIL The delicate Lavender Essential Oil finds its best application in the capillaries treatment, where the calming and soothing properties allow the use of the decolorizing powder even when applied on the more sensitive scalp.

AQUARELY WITH INTENSE MICRO PIGMENTS is the result of years of scientific studies and collaboration with international research laboratories. The Intense Micro Pigments (IMP) are micro-emulsified nano-pigments able to deeply penetrate into keratin cavities and bind to the hair fibers. Thanks to the smaller dimensions, these IMP effectively penetrate far deeper into the hair fiber resulting in more durable, uniform and brilliant color.

AQUARELY WITH INTENSE MICRO PIGMENTS is the complete answer to all the needs of professional hairstylists everywhere by offering the perfect tool to fully express their creativity and artistic sense.

 

APPLICATION

Option 1 – CONVENTIONAL APPLICATION AQUARELY is applied by brush with standard professional application steps for treatment desired.

Option 2 – ROOTS to ENDS AQUARELY may also be applied ROOTS to ENDS as preferred or needed. This is made possible by AQUARELY’S target sensitive shade calibration and conditioning base that is designed not to over-process or “grab base” unless hair is exceptionally overlyporous.