Pavise Gentle Amino Powerwash
$56.00
This product is currently sold out.
Gentle Enzyme Powder Cleanser for Radiant, Purified Skin
Pavise Gentle Amino Powerwash is an innovative enzyme-activated cleanser that transforms into a luxurious, creamy lather upon contact with water. This gentle yet effective formula combines amino acid-based cleansing agents, glycolic acid, niacinamide, and squalane to deeply cleanse, gently exfoliate, and brighten skin while supporting barrier health—perfect for even the most sensitive skin types.
Key Benefits:
- Gently Exfoliates & Brightens: Glycolic acid dissolves dead skin cells and surface buildup for a smoother, more radiant complexion
- Deeply Purifies Without Stripping: Amino acid-based cleansing agents gently remove impurities while maintaining skin's natural moisture balance
- Calms Redness & Irritation: Niacinamide soothes reactive skin and reduces visible redness for a more even, calm complexion
- Supports Barrier Function: Squalane moisturizes and promotes overall skin barrier health to prevent dryness and sensitivity
Key Ingredients:
- Amino Acid-Based Cleansing Agents: Gently remove impurities from the skin's surface
- Glycolic Acid: Dissolves dead skin cells and buildup
- Niacinamide: Eases irritation and visible redness
- Squalane: Moisturizes and promotes overall skin barrier function
Clinically Proven Performance:
Dermatologist-tested and suitable for all skin types, including sensitive and acne-prone skin. pH-balanced formula maintains skin's natural protective barrier. Free from sulfates, parabens, and synthetic fragrances.
Ideal For:
All skin types seeking a gentle daily cleanser that exfoliates and brightens without irritation. Perfect for sensitive skin, travel, and those who prefer a customizable cleansing experience.
How to Use:
Dispense a nickel-sized amount of powder into wet palms. Add water and rub hands together to create a creamy lather. Massage gently onto damp face and neck in circular motions. Rinse thoroughly with lukewarm water. Use morning and evening.