How to Use AccessMINE CAO-30 in Your Formulations
What AccessMINE CAO-30 Does
Think of AccessMINE CAO-30 as a performance enhancer for any product that needs to foam. Its primary job is to act as a foam booster: it increases bubble volume while creating smaller, denser, and longer-lasting bubbles. This transforms a thin, fleeting lather into a rich, creamy foam that consumers love in shampoos, body washes, and shave products.
But it does more than boost bubbles. AccessMINE CAO-30 is a multi-functional problem solver that helps you build viscosity (thickness), adds a light conditioning effect to leave hair and skin feeling soft, and enhances overall system stability for milder, more reliable cleansers.
- It thickens: Builds viscosity for satisfying textures without relying solely on salt or gums.
- It conditions: Provides a light conditioning effect that improves wet combability and reduces the stripped feel.
- It stabilizes: Works synergistically with other surfactants to create gentler, more stable systems—especially in neutral to slightly acidic pH.
For the formulation chemist: AccessMINE CAO-30 is an amine oxide (a non-ionic/amphoteric surfactant) derived from coconut. It synergizes with primary anionics to increase foam volume and stability, promotes micellar structuring for viscosity build, and helps mitigate irritation. Compared to alkanolamides, amine oxides typically exhibit less pH drift in acidic systems, supporting better long-term stability.
Formulation Tips
Recommended usage: 1–5% of the total formula.
- For a gentle foam boost: Use 1–2% with your primary surfactants.
- For significant thickening and a very rich lather: Use 3–5%.
Add AccessMINE CAO-30 to the water phase. It is a liquid and can be processed at room temperature, simplifying your workflow. It performs well across a broad pH range and is especially effective in neutral to slightly acidic systems (approx. pH 4.5–7.0) typical of skin and hair care.
Compatibility is excellent with anionic, non-ionic, and amphoteric surfactants (e.g., Cocamidopropyl Betaine). It is an ideal partner for sulfate-free systems that need enhanced foam richness and stability.
Key Performance Benefits:
- Rich, creamy foam: Transforms lather into a dense, luxurious, and stable foam.
- Builds viscosity: Effectively thickens cleansers from liquid soaps to gel textures.
- Mild & gentle performance: Helps reduce irritation potential in anionic systems.
- Light conditioning effect: Leaves hair and skin soft and smooth; improves wet comb.
- Excellent formula stability: Amine oxide chemistry supports stability and reduces pH drift in acidic systems compared to alkanolamides.
- Sulfate-free friendly: Boosts foam and sensory quality in sulfate-free formulas.