Red Kiss Professional Eyelash Adhesive Remover

Red Kiss Professional Eyelash Adhesive Remover is specially designed to remove professional eyelash adhesives quickly, safely, and without damaging natural lashes. Its ultra-gentle and effective formula dissolves adhesive polymers without causing irritation, even on sensitive skin. Ideal for removing strong adhesives such as those used on extensions or individual lashes, this remover allows for complete and precise cleaning. Its fluid and controlled texture prevents excessive contact with the eye and leaves a fresh and smooth feeling after use. Compatible with Red Kiss Powerflex, Super Stronghold, and 24Hr Strip adhesives, it guarantees a clean and professional finish with every application. Benefits Dissolves adhesive quickly and effectively. Does not irritate skin or damage natural lashes. Ideal for individual or strip lash adhesives. Fluid, easy-to-control texture. Hypoallergenic professional formula. Suitable for frequent salon use. Who is it for? Lash professionals and makeup artists. Beauty salons and academies. People who regularly wear false eyelashes or extensions. Composition Latex- and formaldehyde-free formula. Hypoallergenic and cruelty-free. Targeted Action Dissolves tough adhesives frictionlessly. Smooths the lash line and cleans residue. Prepares the area for safe reapplication. Directions for Use Apply a small amount of remover to a clean cotton swab or applicator. Gently place it on the base of the lashes where the adhesive is located. Wait 30-60 seconds to allow the product to dissolve the glue. Gently remove false lashes. Cleanse the area with a damp cotton ball or oil-free makeup remover. Frequently Asked Questions (FAQ) Is it suitable for sensitive eyes? Yes, its hypoallergenic and fragrance-free formula is designed to minimize the risk of irritation. Can I use it with any lash adhesive? Yes, it is compatible with all Red Kiss adhesives and most professional brands. Does it leave an oily residue? No, its formula is lightweight and removes easily without leaving any residue.