TAGS: Sustainability / Natural Cosmetics Hair Care
Inolex has launched AminoSensyl™ Ultra MB (INCI Cetearyl Alcohol (and) Brassicyl Valinate Esylate). The breakthrough amino lipid technology is rooted in green chemistry and designed for performance to deliver a 100% natural, sustainable replacement for behentrimonium chloride (BTAC).
Related read: Formulating Hair Care Solutions for Repair and Protection
Bio-based Conditioning System Provides Deep Moisturization
AminoSensyl™ Ultra MB is an optimized ratio of the cationic amino lipid Brassicyl Valinate Esylate and Cetearyl Alcohol. The bio-based conditioning system provides deep moisturization and strengthening across multiple hair types, ranging from straight to coily, and hair states, ranging from healthy to damaged.
Designed according to green chemistry principles, AminoSensyl™ Ultra MB is an eco-friendly, non-quat technology that is gentle to the scalp, eyes, and skin and is readily biodegradable and safe for aquatic environments. Further, the ingredient is pre-neutralized, offering formulation flexibility for easy processing.
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This is a step change innovation for the industry,” said Lisa Gandolfi, Ph.D., VP of Marketing. “
We are giving brands the ultimate tool in hair strengthening and conditioning to confidently replace BTAC. AminoSensyl™ Ultra MB presents equivalent high performance with a superior safety and environmental profile to effectively displace unsustainable conditioning agents.”
AminoSensyl™ Ultra MB is derived from responsibly sourced, renewable natural feedstocks including RSPO Mass Balance certified palm and Bonsucro-certified sugarcane. The ingredient contains 100% USDA Certified Biobased content and has an ISO 16128 Natural Origin Index of 1.0; is COSMOS and NATRUE Approved; and is Halal certified, Kosher compliant, vegan-friendly, and never tested on animals.
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This is an ideal hair care ingredient for brands with a strong interest in sustainability, naturality, and innovation. It gives brands an opportunity to create products with luxury textures and deep conditioning to smooth, define, and strengthen hair—with sustainable performance at their core,” notes Gandolfi.
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This game-changing technology results from delivering Inolex’s proprietary amino lipid molecule from a precisely tuned lamellar liquid crystal (LC) matrix,” said Michael J. Fevola, Ph.D., VP of Research & Development.
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The advanced cationic LC systems made possible with AminoSensyl™ Ultra MB enable formulators to develop robust conditioning products that deliver high performance sensory benefits that previously were only possible with quaternary ammonium conditioning agents (quats).”
Explore Conditioning Agents from Inolex
Source: Inolex
