EELHOE Hydrocolloid Invisible Makeup Applicable Acne Patch -144 Pieces

Target Skin Concerns: Surface impurities, sudden skin blemishes, uneven bumps, external dirt exposure, and post-blemish redness.

• Advanced Hydrocolloid Technology: Made with medical-grade hydrocolloid that naturally absorbs excess fluid, oil, and surface impurities from the targeted spot, promoting a clean environment.

• Infused with Salicylic Acid: Contains targeted Salicylic Acid to gently exfoliate and clear pore obstructions, helping to visibly flatten surface bumps quickly.

• Brightening Nicotinamide Support: Formulated with Nicotinamide (Niacinamide) to deeply comfort the skin surface, visibly soothe redness, and minimize post-blemish dark marks.

• Ultra-Thin & Truly Invisible: The transparent, matte finish blends seamlessly with all skin tones. It acts as an undetectable protective shield against external dirt, pollution, and fingernail picking.

• Makeup Friendly Design: Specially engineered to stay put firmly under daily foundation, concealer, or powder without peeling off or sliding.

• Massive 144-Patch Pack: Features a generous supply of 144 sterile patches in multiple convenient sizes to perfectly cover both small surface spots and larger problem zones.

Product Information:

• Net Content: 144 Patches (4 Sheets x 36 Patches each)

• Key Active Ingredients: Premium Hydrocolloid, Salicylic Acid, Nicotinamide, Polybutene.

• Storage Method: Store in a cool, dry place away from direct sunlight.

How to Use: Thoroughly cleanse and dry the targeted skin area (do not apply any creams or serums before the patch). Select a patch size that covers the entire spot and apply it gently. Press lightly for 3-5 seconds to secure adhesion. Leave it on for 6-8 hours or overnight. Once the patch turns opaque white, gently peel it off from the edges and discard.

Legal Disclaimer: This product is a supportive topical cosmetic care formulation. It does not replace medical advice or clinical evaluations. Individual skin results may vary based on structural skin profiles.