Ohui Ultimate Cover Cushion Moisture #No1 Milk Beige & Refill

Shade Configuration:

• Tone #01 (Milk Beige): Calibrated with high-clarity ivory cream vectors for fair skin profiles seeking a translucent, signature South Korean glass-skin lift.

• Tone #02 (Honey Beige): Formulated with organic honey beige undertones recently debuted by the brand to seamlessly fuse with natural, medium skin tones without chalky edges.

• Patented Smart Rolling Power Technology: High-performance spherical powder vectors engineered to selectively absorb oxidized excess lipids while retaining critical structural water layers to prevent a cakey, flat finish.

• Exclusive Ceramide Chiffon Matrix: Supplies biomimetic lipid compounds to systematically bind moisture deep within cell gaps, creating an unbreakable internal reservoir that halts mid-day cracking lines.

• Pure Peony (Hoa Mẫu Đơn) Botanical Core: Infuses rich natural vitamins and protective antioxidants to continuously soothe cell structures, dissipate skin heat stress, and eliminate heavy makeup suffocation.

• Broad-Spectrum SPF50+ / PA+++ Shield: Establishes a supreme photo-protective filter to block aggressive UVA and UVB radiation, safely displacing the requirement for an extra heavy daily chemical sunscreen.

• Elite Matte-Yet-Dewy Satin Hybrid Finish: Achieves a highly sought-after professional canvas that remains elegantly fresh and oil-free outside while glowing with rich healthy depth inside.

• Express High-Adhesion Camouflage Mastery: Seamlessly erases dynamic enlarged pores, post-acne dark marks, and loang rạn uneven fields without producing a heavy mask-like cosmetic boundary.

• Continuous Anti-Oxidization Scent Anchorage: Guarantees zero midday color dropping or shifting, maintaining pristine, editorial clarity from early morning lectures to late evening social meetings.

• Universal Non-Comedogenic Skin Alignment: Features an optimized, breathable formula that works masterfully across oily, combination-to-oil, dehydrated, or sensitive skin canvases without clogging pore channels.