Lamberti presents a novel polymer obtained from upcycled tamarind. The article describes its benefits in hair care, including superior conditioning, detangling, shine, smoothness, softness, anti-static effects, and foam- enhancement, comparing the novel tamarind derivative to Polyquaternium-10
ABSTRACT
Cationic polymers are important components especially in hair care, providing ease of combing and sensory benefits. With sustainability becoming essential for personal care ingredients, conventional and naturally-derived conditioning polymers often lack biodegradability, while most natural alternatives underperform. To address this, Lamberti has developed Esaflor® T. Obtained from the seeds of Tamarindus indica L., a byproduct of the food industry, this novel polymer combines performance in line with market requirements, ready biodegradability and upcycled origin from renewable resources. This article describes its benefits in hair care, including superior conditioning, detangling, shine, smoothness, softness, anti-static effects, and foam-enhancement, comparing the novel tamarind derivative to Polyquaternium-10.
Cationic polymers are essential components in conditioners and conditioning shampoos, providing ease of combing and contributing to a positive sensory experience. With sustainability becoming a key factor in ingredient selection due to eco-conscious consumers and recent regulatory requirements, conventional synthetic and naturally-derived polymers often lack biodegradability. Natural alternatives, meanwhile, frequently fail to meet consumers’ performance expectations.
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