Carry the iconic "peeled egg" glass-skin glow in your bag with this ultra-portable, 4-in-1 K-beauty hydration spritz. The Missha Glow Skin Balm To Go Mist 80ml packs all the nourishing, luminizing benefits of the original Glow Skin Balm into a convenient, featherweight liquid mist. Engineered to act as a moisturizer, morning pack, makeup primer, and setting spray, it delivers an instant boost of radiant moisture anywhere, anytime, without disrupting your base cosmetics.
Key Benefits:
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77.8% Damask Rose Water Base: Infused with an incredibly high 77.8% Rosa Damascena Flower Water instead of purified water to deeply calm sensitive skin while introducing a refreshing, natural floral scent.
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Continuous Moisture Lock Barrier: Powered by Aqua Ceramide and Hydrolyzed Collagen to seal in vital surface hydration, effectively patching up dry micro-flakes and stopping midday foundation creasing.
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Silky Smooth Texture Refiner: Loaded with Jojoba Seed Oil and Hydrolyzed Jojoba Esters to immediately soften rough skin relief, giving your face a plumped, highly reflective satin sheen.
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Skin-Brightening Niacinamide Shield: Enriched with Niacinamide (Vitamin B3) to clarify dull complexions, balance out unwanted midday sebum breakthrough, and enhance long-term skin luminosity.
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Flawless Makeup Setter Matrix: Delivers an even, non-clumping mist that creates an invisible, breathable mesh on top of cosmetics, instantly melting powdery layers into a cohesive glass-skin finish.
How to Use: Shake the bottle thoroughly before each use to fully activate the internal lipid-moisture matrix. Hold the container approximately 20 to 30 cm away from your face, close your eyes, and mist evenly across your skin.
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Skincare Final Step: Spritz as a weightless, hydrating primer before starting your makeup routine to boost foundation grip.
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Makeup Topping: Apply directly over finished cosmetics to take away a dry, powdery appearance and lock down a dewy sheen.
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On-The-Go Refresh: Spritz throughout the day whenever your skin feels tight or tired in air-conditioned environments.