Performance & Formulation Insights for AccessCARE Phyto Argan
How Nano-Liposome Technology Works
AccessCARE Phyto Argan utilizes advanced nano-liposome technology to encapsulate droplets of Argania Spinosa Kernel Oil within a hydrophilic shell composed of skin-mimicking lipids. These microscopic vesicles disperse uniformly in water, creating a stable, homogenous system without traditional emulsifiers or solubilizers. This delivery approach allows an oil to behave like a water-compatible ingredient and helps protect Argan oil from premature oxidation while enhancing the penetration of key nutrients, including oleic and linoleic acids, into the upper layers of the skin.
Formulation Guidelines & Technical Advantages
Simply add AccessCARE Phyto Argan to the water phase with gentle mixing. It can be incorporated at room temperature or during the cool-down phase (below 40°C). Recommended usage level: 2–10%, depending on the desired level of nourishment. By eliminating the need for separate solubilizers, this system simplifies formulas, reduces potential irritation from surfactants, and helps maintain clarity. It is stable within a skin-friendly pH range of 5.0–7.0, making it ideal for toners, essences, mists, and lightweight serums.
Key Formulation Benefits
- Enables Oil-in-Water Innovation: Formulate clear Argan oil toners, sprayable moisturizers, and nourishing hair mists without complex emulsifier systems.
- Surfactant-Free Formulating: Simplifies development by removing the need for additional solubilizers, reducing ingredient lists and minimizing potential sensitivity.
- Enhanced Skin Feel: Delivers Argan oil’s conditioning benefits without greasiness for a lightweight, silky finish.
- Improved Bioavailability: Liposomal encapsulation helps protect Argan oil and can enhance the delivery of its key fatty acids.
- Stable & Clear Formulations: Creates homogenous, stable aqueous solutions that remain clear to translucent for elegant aesthetics.
- Versatile Application: Suitable for face, body, hair, and scalp where oil benefits are desired in a water-based format.