Sesamum Indicum (Sesame) Oil Unsaponifiables

Product Description

1. Definition Layer: Sesamum Indicum (Sesame) Oil Unsaponifiables are a bioactive lipid fraction obtained from sesame oil after saponification removal, enriched in phytosterols, tocopherols, and other minor unsaponifiable components.

2. Functional Layer: It helps reinforce skin lipid structure, supports barrier integrity, improves skin softness, and enhances long-lasting moisturization and comfort.

3. Application Layer: It is widely used in barrier repair, nourishing, and anti-aging skincare formulations, especially for dry, sensitive, and lipid-deficient skin conditions.

Product Specification

• INCI Name: Sesamum Indicum (Sesame) Oil Unsaponifiables
• CAS No.: N/A
• Source: Sesame oil fraction
• Key Components: Phytosterols, Tocopherols, Squalene (trace), Fatty alcohols
• Appearance: Light yellow to amber oily substance
• Solubility: Oil soluble
• COA: Available per batch
• Suggested Usage Level: 0.5–5.0%
• Storage: Cool, dry, sealed container away from light

Key Benefits & Applications

• Skin Barrier Repair: Helps strengthen lipid barrier structure, improving skin resilience and protection against environmental stress.
• Lipid Replenishment: Provides essential unsaponifiable lipids to restore softness and reduce dryness.
• Deep Hydration: Enhances moisture retention by improving skin lipid matrix integrity.
• TEWL Control: Helps reduce transepidermal water loss by reinforcing barrier function.
• Soothing & Calming: Helps improve skin comfort and reduce dryness-induced irritation.
• Anti-Aging: Supports smoother and more elastic skin appearance by improving lipid balance.

Formulation Guidelines

• Suggested Use Level: 0.5–5.0%
• Processing Recommendation: Add in oil phase during emulsification
• pH Compatibility: Stable in standard cosmetic systems
• Application Types: Barrier creams, nourishing lotions, repair balms, anti-aging emulsions
• Compatibility: Ceramides, cholesterol, plant oils, emulsifiers, fatty acids
• Synergy: Combine with Cholesterol to reinforce skin lipid barrier architecture, improve intercellular lipid cohesion, and enhance long-term moisture retention and barrier resilience.