30% Glycolic Acid Chemical Peel for Home use: Treats Acne, Scars, Sun Damage & Lines Review
Glycolic Acid has long been a first line product of the finest spas and Dermatology offices for improving the skin. For those of you who have heard the term "Lunch Time Peel", this is the chemical used for it, and it is used most of Hollywood's most famous faces and the Rodeo Drive clientele who can afford the best that money can buy Now you can do these peels at home safely and with fantastic results. Each 1 fl oz (30 ml) bottle of Skin Obsession's 30% Glycolic Acid Peel will yield approximately 8-10 peels done at 3-4 week intervals, a potential savings of 3.00-00.00!. After peeling your skin will be feel softer, look smoother, with improved texture and tone and reduced hyperpigmentation (sun damage). Those are the differences on the surface of your skin. Under the skin collagen is forming to plump up fine lines and smooth scars. With a peel of this strength, a full course of peels (8-10 peels) are needed to see optimal results. Glycolic Acid is a naturally occurring chemical belonging to the Alpha Hydroxy Acid (AHA) family. This important AHA is the smallest of the fruit acids and is able to penetrate the skin, allowing it to effectively dissolve the "glue" that holds dead cells on the surface of the skin. The dead skin cells are what cause a dull, uneven skin tone, and the blocking of pores leading to blackheads and acne. This dissolving action of the Glycolic Acid allows the dead cells to slough off. Our 30% Glycolic Acid Peel is a mild glycolic acid peel and is suitable for all skin types and both beginning and experienced peelers. There may be some redness right after the peel, but generally there is not much if any actual peeling (hence the name Lunch Time Peel, you can go right back to work after you have it done). The 30% is very safe when used as directed, but is a strong, professional strength peel (pH 2) and should be used only as directed. As with all products, a patch test is recommended to see how your skin reacts to the peel Read more...
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