Cezanne Classic Keratin Smoothing Treatment reduces frizz and delivers smoother, stronger, healthier, more manageable and exquisitely beautiful hair that lasts for months.
What are the active ingredients?
Cezanne’s proprietary formulation is a combination of ingredients including Sericin, a component of silk. In silk, Sericin acts as cement between fibrous filaments. It acts in a similar way when Cezanne is applied to the hair, bonding to natural keratin and cementing itself between strands of keratin proteins. It also contains keratin and gyoxyloylcarbocysteine. Unlike Carbocysteine systems you may be familiar with, Cezanne doesn’t have the unpleasant smell. Cezanne contains Glycolic Acid, which is a well-known exfoliant and moisturizer for the skin.
The treatment uses a revolutionary low pH system with a similar acidity to lemon juice to open the cuticle and infuse the cortex with a proprietary blend of Sericin, keratin, botanical extracts and vitamins, replacing lost and damaged protein mass. When heat is applied during the flat iron process, the cuticle is closed and the proprietary blend of healthy ingredients is locked into the hair, protecting and smoothing the hair from the inside out.
How long will Cezanne Classic Keratin Treatment last?
The Classic Treatment will last 3-5 months on average. Similar to formaldehyde-based keratin smoothing treatments, the amount of time varies by client hair type, texture and maintenance routine.
Cezanne is non-toxic, naturally safe and effective. There is no vapor or fumes, so no need for masks, gloves or ventilation during the treatment—it's nature’s way of smoothing.
Our smoothing treatment is 100% formaldehyde-free. It’s also free from any other kinds of aldehydes and harmful toxins, for that matter, and it’s as long-lasting as the current top products.
It’s hypoallergenic and dermatologist tested, won’t irritate the scalp and won’t release any noxious gases. Cezanne actually strengthens the hair, using a revolutionary low pH technology that restores bonds that are broken or damaged during thermal, mechanical or high pH services.