A “chemical peel” is a procedure that involves the chemical removal of the top, sun-damaged skin to expose more evenly textured, better colored, fresh skin. There is also the possibility that it would stimulate collagen production for an anti-aging effect. A chemical peel can restore a more youthful appearance to wrinkled, sun-damaged, unevenly pigmented, or blotchy skin. However, a peel cannot reverse the aging process or should not be considered for the removal of deep scars.
There are three basic categories of chemical peels. They all work differently, and all produce different results. Generally, the stronger the chemical solution, the deeper the skin peels, and the more impressive the results. Unfortunately, the deeper the peel, the more discomfort you are likely to experience and the longer the recovery time will be.
Light or so called “lunch hour” peels are the mildest of the range of chemical peels. These peels include glycolic, lactic, and fruit acid peels (Alphahydroxy acids, also known as AHAs) or Salicylic Acid (Betahydroxy acid, known as BHAs). These light peels only take off the outer layers of the skin to smooth out fine wrinkles or rough, dry skin, improve the texture of sun-damaged skin, balance out skin pigmentation, or diminish some types of acne scars. In order to achieve the desired results, these peels are often repeated.
A TCA solution (Trichloroacetic acid) is used for medium depth peels. Being a stronger peel than the Alphahydroxy and the Betahydroxy peels, this type of peel is generally used to treat skin with moderate sun damage, surface wrinkles, and uneven tone or pigment abnormalities.
The strongest chemical peel solution consists of a Phenol acid. Phenol peels are used to treat skin with coarse wrinkles and blotchiness.
When the procedure is being performed, most people feel a brief burning sensation. This is followed by a feeling of numbness or stinging. The level of discomfort will vary depending on the type of peel.
Noel Halgreen
Sõna MedSpa