Chemical peels whether superficial, medium depth, or deep are made from acidic solutions. Different acids at different concentrations are used to create chemical peels of various strengths.
The weakest superficial chemical peels are created from natural acids such as citric acid, malic acid, lactic acid, and tartaric acid. These can be used at home to improve the complexion and radiance of your skin.
Professional superficial chemical peels use Alpha-hydroxy acids and Beta-hydroxy acids. Glycolic acid is the most common superficial chemical peel used. It is an Alpha-hydroxy acid, which is used because it has small molecules allowing it to penetrate the skin easily. It works by attacking the lipids that bond dead skin cells causing them to come away from the skin. Sometimes salicylic acid is used rather than glycolic acid. Salicylic acid is a Beta-hydroxy acid, which is more successful at removing oil and debris from the skin. As a result, it is often used in Medical spas in the treatment of acne. To find the best chemical peel clinic in Atlanta, it would be best to search on internet. Type something like “Chemical peel near me Atlanta” and you will get several Med spas to choose from.
Medium depth chemical peels give much more vivid results. Trichloroacetic acid is the most commonly used medium depth chemical peel. This penetrates deeper into the skin going through the top layer. It destroys the top layers of skin causing skin regeneration to take place.
New skin cells, which come from the hair follicles, replace the old skin within a week to ten days of treatment. Trichloroacetic acid also promotes the creation of collagen globules. These help to fill out lines, wrinkles, and scars by providing support for the upper layers of skin.
Deep chemical peels are the most aggressive type of chemical peel. They are used for severe skin blemishes, deep lines, scars, or wrinkles, and can also be used to remove skin growths such as warts, pre-cancerous growths, and skin tags. Phenol is the most common acid used for deep chemical peels. It penetrates deep into the skin destroying the top layers and promoting the growth of new skin cells from the hair follicles.
It also stimulates the production of a large amount of collagen. This forms a band of collagen, which sits beneath the upper layers of the skin giving the skin support and filling in lines, scars, and wrinkles.
