The HANYUL Artemisia Soothing Cleansing Oil is the first step of the K-beauty brand's cleansing regime that's formulated with Artemisia-Cica™ technology to help support the skin as it's beautified.
The product maintains a watery consistency that uses Korean Artemisia, AHA and PHA in the formulation alongside a triglyceride-based system to mimic the natural lipids found in the skin. The product can thus effectively break down waterproof makeup, sunscreen and impurities without affecting the skin too harshly while preparing it for the next phase of the multi-stage cleansing process.
The HANYUL Artemisia Soothing Cleansing Oil is vegan-friendly and is positioned as optimal for wintertime use to help skin maintain its moisture in cold climates. The product is suited for normal, dry, combination or oily skin to work well for all consumers.
What Makes This Trend Stand Out
- Biomimetic Lipid Formulations
- Formulations that mimic skin's natural lipids allow gentle removal of waterproof makeup while supporting barrier repair and moisture retention in harsh conditions.
- Multi-stage Cleansing Rituals
- An emphasis on layered cleansing steps creates demand for specialized first-step oils that target heavy residues without compromising subsequent treatment efficacy.
- Plant-derived Functional Actives
- Botanical actives like Korean Artemisia combined with AHA/PHA provide multifunctional soothing, exfoliating, and vegan-friendly claims that resonate with ingredient-conscious consumers.
Sectors Adopting This
- Skincare
- Advanced cleansing oils open opportunities for skincare brands to integrate barrier-supportive chemistries into everyday routines aimed at diverse skin types.
- Cosmetics Retail
- Retailers can benefit from curated multi-step cleansing kits and education-led merchandising that spotlight gentle makeup removal solutions for winter climates.
- Sustainable Packaging and Formulation
- Demand for vegan-friendly, water-like oil systems creates space for innovations in recyclable packaging and concentrated formats that reduce shipping weight and waste.
