This 80% Skin Exfoliating Solution is a cosmetic chemical peel formulated for facial use, available in a 1oz (30ml) bottle. The product contains a high concentration of active exfoliating agents designed to promote the removal of dead skin cells and support skin renewal. It is suitable for individuals seeking an at-home or professional-style chemical exfoliation treatment, particularly those with previous experience using acid-based peels. The solution is intended to address concerns such as uneven skin texture, dullness, and the appearance of fine lines or superficial imperfections.

The formula is built around a potent blend of exfoliating acids—most commonly including glycolic acid—to deliver a controlled chemical exfoliation. As an 80% strength solution, this peel is considered a high‑concentration product and should be applied only by users familiar with the sensation and proper safety protocols associated with chemical peels. It is not recommended for sensitive skin or for those new to acid exfoliation without prior patch testing. The lightweight, liquid consistency allows for even application across the face, and the product is packaged in a dropper bottle for precise dispensing.

Key attributes include its straightforward, no‑frills formulation, which focuses on efficacy rather than added fragrances or unnecessary fillers. The pH is typically adjusted to ensure optimal exfoliating activity while remaining within a range suitable for controlled usage. Users should follow standard chemical peel precautions: cleanse skin thoroughly, apply an even layer with a cotton pad or brush, and monitor time closely before neutralizing or rinsing. The 30ml size offers multiple applications, making it a cost‑effective option for regular exfoliation routines when used responsibly. This solution is best suited for normal, combination, or oily skin types that can tolerate higher‑strength active ingredients. It is not intended for compromised or broken skin. Proper sun protection is advised after use, as exfoliated skin may have increased sensitivity to UV exposure.