Personal Care

GreenWax™ C is a 100% natural, high-performance anionic emulsifying blend suitable for use in cleansers, lotions, and creams. It offers formulators a flexible system to create a range of natural cosmetic products, from low-viscosity cleansing creams to high-end treatment serums and balm-like creams. Ideal for "masstige" brands, GreenWax™ C provides a cost-effective solution with a reliable combination of natural ingredients that create a robust emulsifying system. Fully biobased, it meets the stringent standards of natural certifying bodies and is vegan, gluten-free, non-GMO, and features a consumer-friendly INCI name.

Radigard™ CT-R is a non-GMO, natural antioxidant derived from rosemary, offering reliable protection against oxidation for various oils. It serves as an alternative to soy-based tocopherol, extending shelf life and safeguarding the oil phase in formulations. Its antioxidant properties make it highly suitable for cosmetic and personal care products.

Imbue™ SF MB is a cold-process emulsion concentrate designed to deliver safflower oil into aqueous formulations. Rich in linoleic and oleic acids, it hydrates, soothes dry and irritated skin, and enhances texture and appearance. Ideal for face and body formulations, it enables energy-efficient creation of high-quality, stable cosmetic products.

Imbue™ JO MB is a cold-process emulsion concentrate designed to deliver jojoba oil into aqueous formulations. It enables the creation of high-quality, stable cosmetic products with minimal energy use. Jojoba oil acts as a humectant, retaining skin hydration and balancing natural oil production, making it ideal for hair and scalp care.

GreenGard™ LB is an innovative, patent-pending preservation system that combines the natural power of levulinic acid and arginine to effectively combat gram-positive bacteria, gram-negative bacteria, yeast, and mold. Arginine levulinate, the multifunctional compound in this system, supports optimal skin moisturization, enhances collagen I production, and outperforms organic acid ionic salt competitors by significantly reducing trans-epidermal water loss (TEWL).