/ admin /

Amino Lipid Platform Improves Hair Conditioning Space

Environmentally-friendly joins plant-powered as a macro trend for ingredients that also maintain or improve current performance in all consumer segments. Hair care has lagged behind skincare and color cosmetics in the demands that consumers are making about these ingredient claims, but that is rapidly changing. As skincare and color brands deliver on this trend, consumers are moving onto their next target: hair care. Accelerating the trend, consumers’ wishes are joined by corporate and brand sustainability goals that involve healthy aquatic ecosystems, biodegradable ingredients, and using sustainably sourced plant-based ingredients.

Continue Reading on Premium Beauty News

Featured Products View All

AminoSensyl™ HC

100% Natural Quat-Free Hair Care System
  • Multi-benefit hair conditioning system
  • 100% natural & COSMOS approved
  • Cationic amino lipid technology
  • Smooth, define, and strengthen hair
View Product

AminoSensyl™ Ultra MB

Breakthrough Conditioning for Sustainable BTAC Replacement
  • Equivalent performance to BTAC
  • 100% natural & COSMOS approved
  • Cationic amino lipid technology
  • Condition, define, and strengthen hair
View Product

Related Articles

It's Hard to Move On. Let Us Help.

Say Hello to Ingredient Matchmaking

Meet SafeMate™ and LuxMate™. These new tools are like having a personal matchmaker for your formulations—whether you’re looking for natural safe preservation or luxurious silicone alternatives, they’ve got you covered.

Read More

Goodbye Greenwashing™ Biodegradability

Video Edu-Series

In our latest episode, we explore the intricate world of biodegradability and guide you on how to make truthful and impactful claims without falling into the trap of greenwashing.

Read More

Upcycling, waste reduction, and everything in between

Are you intrigued by the upcycling trend? Discover the answers to burning questions like “What is upcycling?” and “How can we identify low-waste materials?” in our insightful exploration.

Read More