How to Use AccessTAINE LAP in Your Formulations
Understanding AccessTAINE LAP
Think of a surfactant as the engine of any cleansing product—it does the work of lifting dirt and oil from skin and hair. AccessTAINE LAP is an amphoteric surfactant (Lauramidopropyl Betaine), prized for versatility and mildness. Used alongside primary surfactants, it elevates performance by boosting foam quality, enhancing viscosity, and reducing potential irritation for a gentler end product.
While primary surfactants (e.g., sulfates or isethionates) deliver the main cleansing action, AccessTAINE LAP improves user experience with dense, creamy lather and efficient thickening. It’s a go-to co-surfactant for modern, sulfate-free systems, helping create formulas that feel rich yet remain mild for daily use.
Formulation Tips
Use AccessTAINE LAP at 2–5% to noticeably improve foam and mildness, and up to 10% when you want meaningful viscosity build and a more prominent foam profile. Add it to the water phase with your other water-soluble ingredients.
Compatibility is excellent across anionic, non-ionic, and cationic systems. It thickens efficiently in the presence of salt (sodium chloride). After building your surfactant blend, add a salt solution slowly to reach the desired gel or liquid soap consistency. Optimal performance is typically within pH 5–7, aligning well with skin and hair care needs.
Key Performance Benefits:
- Rich, Creamy Foam: Creates a dense, stable lather that enhances the sensory profile of shampoos and body washes.
- Excellent Viscosity Builder: Works synergistically with anionic surfactants and salt to achieve rich gel textures.
- Reduces Irritation: Lowers irritation potential of stronger surfactants (e.g., SLES) for gentler cleansing.
- Sulfate-Free Friendly: Boosts foam and thickness in sulfate-free systems where these attributes are often lacking.
- Improves Conditioning: Leaves skin and hair feeling soft and conditioned, counteracting harshness.
- Biodegradable and Gentle: Supports clean, mild formulations without sacrificing performance.