Mixi Hydroxi Acne Cream

Mixi Hydroxi Acne Cream is a targeted acne treatment designed for mild acne, sensitive skin, and anyone seeking an effective alternative to benzoyl peroxide. Powered by hydrogen peroxide and salicylic acid, this cream oxygenates pores, neutralizes acne-causing bacteria at the source, and calms irritation without the harsh dryness or bleaching that comes with traditional acne treatments. It is formulated for all skin types, including rosacea-prone, inflamed, and barrier-compromised skin. Key Benefits Targets Acne Bacteria Without Benzoyl Peroxide Hydrogen peroxide oxygenates pores and eliminates acne-causing bacteria without the bleaching or irritation of benzoyl peroxide. Unclogs Pores with Salicylic Acid This oil-soluble BHA penetrates the pore lining to dissolve sebum and dead skin cell buildup at the source. Soothes Redness and Inflammation Panthenol and Green Tea Extract calm irritated, inflamed skin and support recovery after breakouts. Hydrates While It Treats Jojoba Oil and barrier-supporting emollients prevent the dryness that causes most people to quit acne treatments too soon. Supports Skin Cell Renewal Retinyl Palmitate and Vitamin E encourage healthy cell turnover and protect against environmental damage. Gentle Enough for Sensitive and Rosacea-Prone Skin A carefully balanced formula that treats active breakouts without stripping, stinging, or aggravating reactive skin. Key Ingredients Hydrogen Peroxide: Oxygenates the skin while decongesting and purifying clogged pores. Salicylic Acid: A beta-hydroxy acid that refines texture, clears congested pores, and helps control oil production. Retinyl Palmitate: Stable form of vitamin A that offers antioxidant protection and counteracts the appearance of dry, flaky skin. Panthenol (Vitamin B5): A powerful natural moisturizer, healer, and protector that rebuilds the barrier and acts as a shield against irritation. Jojoba: An emollient plant oil that is most similar in structure to our own sebum. Provides antioxidant support and relieves skin irritation.