Charmine Rose P19 Podo Acid Foot Cream 100ml
- Experience a professional-grade foot treatment for hyperkeratosis and severe roughness. This advanced formula with glycolic acid, lactic acid, and 10% urea precisely exfoliates, softens, and smooths calloused skin, restoring its healthy appearance.
Discover the professional power of targeted care with Charmine Rose P19 Podo Acid Cream. This advanced formula is designed for the intensive regeneration of foot skin struggling with hyperkeratosis, roughness, and cracking. This specialist podology foot cream combines the strength of AHA acids and urea to deliver results comparable to treatments in a podiatrist's office.
At the heart of the formula is the synergistic action of glycolic and lactic acids, which gently yet effectively exfoliate dead skin cells, revealing smoother, healthier skin. The enrichment of the formula with 10% urea guarantees deep hydration, softening of calluses, and restoration of the skin's lost elasticity, which is crucial in preventing cracked heels. This is more than just a cream; it's a dedicated foot cream for hyperkeratosis.
- Precisely reduces roughness and calluses, restoring smoothness to the feet.
- Intensely moisturizes and softens the skin, preventing it from cracking.
- Smooths the skin's surface thanks to its exfoliating properties.
- Supports skin regeneration after pedicure treatments.
- Neutralizes unpleasant odors, leaving a feeling of freshness.
- Provides professional-grade care in the comfort of your home.
Does urea cream remove calluses?
Yes, a urea cream, especially at a concentration of 10% or higher, is highly effective at removing calluses. Urea has potent keratolytic properties, meaning it breaks down the bonds in the hardened, rough layer of the skin, making it easier to exfoliate. When combined with acids, as in this urea foot cream for calluses, it creates a powerful exfoliating treatment that not only removes existing build-up but also deeply moisturizes to prevent its recurrence.
How do you treat hyperkeratosis on your feet?
Treating hyperkeratosis on the feet involves regular exfoliation and intensive moisturizing to manage the excessive skin build-up. A highly effective method is using a specialized cream containing both exfoliating agents like glycolic or lactic acid and a powerful humectant like urea. This type of professional foot cream for home use works to dissolve the hardened skin while deeply hydrating the new layers, effectively managing the condition and restoring the skin to a softer, healthier state.
How to Use
For optimal results, apply the cream daily in the evening to clean, dry feet. Massage the product in circular motions, paying special attention to the heels and other areas prone to calluses. Allow it to fully absorb. Do not use on irritated or damaged skin. The recommended treatment period is 4-6 weeks, followed by a break of 1-3 months.
Who Is This Product For?
- Individuals with hyperkeratosis (excessive skin thickening).
- Those with dry, rough, and crack-prone skin on their feet.
- Anyone seeking an at-home softening and smoothing treatment.
- As a maintenance product to prolong the effects of professional pedicures.
- For anyone wishing to restore comfort and an aesthetic appearance to their feet.
Why Choose This Product?
Charmine Rose P19 Podo Acid Cream is a product with proven efficacy that delivers fast, visible results. Its concentrated formula, based on active ingredients valued in podiatry, guarantees professional-quality care without leaving home. It's the ideal solution for those expecting tangible effects in combating problematic foot skin.
To ensure comprehensive care, follow your acid treatment with moisturizing and regenerating products from the Charmine Rose Podo line. Take care of your feet with expert solutions. Add Charmine Rose P19 to your cart and enjoy smooth, healthy feet every day.
Ingredients: If you'd like to know the full list of ingredients, please message us and we'll send you an image of the packaging with the ingredients shown. This ensures you receive the most up-to-date composition.