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Aug 4

Chemical Peel Agents and Acids: What Practitioners Need to Know

Chemical peels are widely used within professional skin treatments to improve concerns such as uneven texture, congestion, acne, pigmentation and visible signs of ageing. However, not all chemical peel agents work in the same way.

Glycolic acid is an alpha hydroxy acid commonly used to support skin renewal and improve dullness, texture and pigmentation.

Lactic acid offers exfoliating benefits while also helping to support hydration, making it a popular option for dry or more sensitive skin types.

Mandelic acid has a larger molecular size, allowing it to penetrate the skin more slowly. It is often selected for sensitive, congested or pigmentation-prone skin.

Salicylic acid is oil-soluble and can penetrate into the pores, making it particularly useful for oily, acne-prone and congested skin.

TCA peels are generally used for more advanced resurfacing and require a thorough understanding of peel depth, skin assessment, contraindications, preparation and aftercare.

Choosing an appropriate chemical peel should never be based on the acid name alone. Practitioners must also consider the concentration, pH, formulation, application time, skin condition and treatment goals.

Professional knowledge is essential for achieving effective results while reducing the risk of irritation, burns and post-inflammatory hyperpigmentation.

Our IPHM CPD Level 5 Chemical Peel Agents and Acids course explores the science and professional use of different peeling agents. The accredited online theory course includes eight hours of self-paced learning, supporting manuals, videos, audio content, quizzes, tutor support and an instant certificate on completion.
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