QUASI-DRUGS LIP BALM

This quasi-drug lip balm comes in three optional colors and contains more than 99% of naturally derived ingredients, with Stearyl Glycyrrhetinate as an active ingredient.
A moisturizing balm with a subtle tint that helps protect against chapping and dryness. It’s perfect not only for lip care, but also for adding a touch of nuance to your regular lipstick or lip gloss.
Quasi-drugs Lip Balm Features

1. Active Ingredient Stearyl Glycyrrhetinate, available in three shades (Stick Type)
2. A moisturizing lip balm comes in three optional colors (Red・ Yellow ・Blue)
3. A natural formulation with a ‘Natural Origin Index of 99% or higher (excluding water) / Organic Origin Index of 15% (excluding water) [calculated based on ISO 16128],’ which can be claimed.
※Natural Origin Index per color: 99.9% (Red), 99.9% (Yellow), 99.2% (Blue)
[The Organic Origin Index is the same for all colors].
4. Ideal for protecting against chapping and dryness, and also perfect for adding a touch of nuance to your regular lipstick or gloss.
5. Additive-free: Paraben, phenoxyethanol, preservatives, mineral oil, petroleum-based surfactants・synthetic surfactants, synthetic colorants(tar-based dyes), synthetic fragrances, UV absorbers, synthetic polymers, silicones and ethanol.
Effectiveness and Benefits
Prevents chapping and cracking of the lips, provides moisturizing care, and more.
Active Ingredients
Stearyl Glycyrrhetinate:
It has excellent anti-inflammatory properties and is widely used in cosmetics and quasi-drugs to prevent or alleviate skin inflammation, irritation, roughness, and acne.
Other Key Ingredients
Organic olive oil, shea butter, meadowfoam oil, among others.
Function 1: Active ingredients and beauty oils that help prevent chapped lips

Function 2: Recommended Points for Each Color



Additive-free: Paraben, phenoxyethanol, preservatives, mineral oil, petroleum-based surfactants・synthetic surfactants, synthetic colorants(tar-based dyes), synthetic fragrances, UV absorbers, synthetic polymers, silicones and ethanol.