Ingredient Solutions for Colored Hair Protection

Consumer attitudes are shifting quickly as they are looking to have more fun with their hair, helping to move past the stress of global woes and resume life, assuming who they truly are.

At Univar Solutions we’ve got you covered if you’re looking to stay current with the best formulations optimized for color protection. Give your consumers a protective product range adapted to their both natural and colored hair and they’ll thank you! Be savvy, keep your finger on the pulse and discover the full portfolio here.

Discover our ingredient solutions and formulation ideas and gain inspiration for your next emulsion development.

Sulfate-free & Mild Surfactant

The AKYPO® products are Ether Carboxylic Acids (EC) or their salts. They have been used in Personal Care products for many years because of their mildness to skin and eyes, good eco-toxicity properties, and excellent compatibility with all kinds of surfactants – including cationic-type surfactants and specific additives such as cationic polymers in shampoos and bath gels.

AKYPO®, especially AKYPO® FOAM RL40 by Kao Corporation, are a good choice in the preparation of sulfate-free products, because they offer an excellent balance between foam and mildness properties, and it is sulfate-free solution easy to thick if we choose righ thickener.

In shampoos, AKYPO® protects the color of dyed hair, reducing color fading that occurs during the washing process.

Poly Suga®Nate 160P NC by Colonial Chemical is a sulfonated surfactant polymer based on high molecular weight alkyl polyglucoside polymers.

Naturally derived, high-performance surfactant that provides numerous advantages for a variety of formulations.

Extremely mild to both eyes and skin compared to traditional anionic primary personal care surfactants.
 
Poly Suga®Nate 160P NC prevented discoloration more than not only general anionic surfactants, but also amphoteric surfactants.

Poly Suga®Nate 160P NC is easy to thick

BETADET® S-20 by Kao Corporation are recommended as secondary surfactants for very mild and high foaming products, achieving higher foam volumes than alkyl betaines or alkyl amidopropyl betaines even in presence of sebum.

In hair conditioners, AMIDET® APA-22 by Kao Chemical Europe works as a cationic surfactant. Moreover, AMIDET® APA-22 can be incorporated as a non-ionic surfactant, working as a conditioning and color protection agent in 2-in-1 shampoos and can replace cationic polymer as combing agent

This multifunctional and high-performance profile, together with good biodegradation and low aquatic toxicity compared to currently used cationic surfactants, make AMIDET® APA-22 a very interesting eco-friendly alternative for the hair care market.
 
 

HydroxySHIELD™ Polymer by Dow is a novel hydroxy functional amino polymer that can create next generation formulations to meet consumers’ cleansing and conditioning needs, providing a SHIELD of multi-functional benefits for hair from heat and color protection to hair breakage reduction, delivering healthy hair that is improved with each step of your hair care routine.

Multifunctional benefits to boost “consumer differentiating claims”:

• Improved hair alignment – “Healthy appearance”
• Reduces hair breakage – “Hair protection”
• Enhances sensory – “Smooth feeling”
• Convenience – “Fast drying”
• Accessibility – “Easy styling”
• Delays color fadeaway – “Color protection”
• Reduced breakage from heat appliances – “Heat protection”

HydroxySHIELD ™ Polymer provides long lasting color for up to 24 washes in comparison to the control.

Shine Enhancing Agent

Sensolene®Light ET by Hallstar Beauty is a revolution in the world of functional ingredients, introducing for the first time the concept of an active emollient combining superior emolliency with anti-oxidant benefits, thanks to unique, natural Oleo-eco extraction patented process. In leave-on conditioner, Sensolene®Light ET improves shine, the alignment of fibre and dry combing.

In solid shampoo formulations, n-OSA starches are used as binder to enhance pressability and final texture.