FARMONA PODOLOGIC ACID Exfoliating Foot Gel 75ml

The PODOLOGIC ACID Callus Removing Gel is a professional podiatric product with a powerful acid formula (44% fruit acids) that softens and removes intensely hardened skin on the feet. The gel stimulates skin regeneration and renewal and helps prevent the formation of corns and calluses.

This specialized peeling is part of the Podologic Acid line, based on active fruit acids, enriched with vitamins that support the skin's natural protective mechanisms and panthenol that minimizes irritation. Ideal for professional use during pedicure treatments for quick and effective skin renewal.

Advantages

• Removes dead skin cells

• Makes the skin smooth and soft

• Stimulates blood circulation

• Prepares the skin for further treatments

• Improves skin complexion

• Prevents calluses and corns

Active ingredients

• Pedi-Pro Acids Complex – combination of AHA and BHA acids for intensive exfoliation and skin renewal

Usage

1. Soak the feet in warm water with Strong Softening Foot Bath Salt from the PODOLOGIC ACID line.

2. Dry the skin and protect the hands with gloves.

3. Apply a covering layer of gel to the entire sole of the foot or locally on heavily hardened spots.

4. Wrap the feet in foil and leave on for 5–10 minutes, depending on the thickness of the callus layer.

5. Remove the softened skin with a foot file or milling device.

6. Wash the feet thoroughly and optionally apply Softening Foot Cream/Mask from the same line.

Important warnings: For external use only. Avoid contact with eyes and mucous membranes. Discontinue if irritation or redness occurs. Do not use on damaged skin, children, pregnant women, persons with anemia, Refsum syndrome, salicylate allergy, diabetes, fungal infections, or eczema. Protect from light and high temperatures. For professional use only.

Ingredients

Aqua (Water), Lactic Acid, Glycolic Acid, Citric Acid, Malic Acid, Salicylic Acid, Hydroxyethylcellulose.

Ingredient lists are regularly updated. Always check the packaging for the most current composition.