Performance & Formulation Insights for AccessFILM PLL
How Pullulan Creates an Instant Tightening Effect
AccessFILM PLL is a natural polysaccharide composed of glucose units that forms a thin, continuous, and elastic film on the skin. As water evaporates after application, this film contracts slightly, exerting gentle tension on the skin’s surface. The result is a perceptible, immediate tightening and lifting effect that visibly smooths the look of fine lines and wrinkles. In addition to this mechanical action, Pullulan’s film functions as a protective barrier that helps reduce transepidermal water loss (TEWL), supporting improved moisture retention and a smoother, more refined appearance.
Formulation Guidelines
AccessFILM PLL is a fine white powder that dissolves readily in water, making it simple to add to the aqueous phase of emulsions, gels, and serums. While it will dissolve in cold water, gentle heating (up to 60°C) can accelerate dissolution. It is stable across a broad pH range (3.0–8.0), enabling compatibility with acidic and neutral systems. Thanks to its excellent compatibility with common cosmetic actives and excipients, Pullulan can be used as a primary film-former or as a co-stabilizer and texturizer to enhance skin feel and product performance.
Key Formulation Benefits
- Instant Visible Results: Delivers a fast “flash-lifting” effect that tightens and smooths the skin immediately after application.
- Texture Enhancement: Creates a silky, elegant skin feel; reduces drag and improves spreadability in creams, gels, and serums.
- Moisture Binding: Forms a breathable film that helps lock in hydration and reduce TEWL for improved skin comfort.
- Versatile Application: Effective across skincare, hair care, and color cosmetics due to excellent film-forming and adhesive properties.
- Natural & Biodegradable: Fermentation-derived, aligning with clean beauty and sustainability preferences.
- Improves Makeup Longevity: Enhances adherence and wear time in primers and foundations, helping prevent settling into fine lines.