Hydrolyzed Keratin
What is Hydrolyzed Keratin?
Hydrolyzed keratin consists of keratin protein fragments produced through hydrolysis of materials like wool, feathers, or horns, yielding smaller peptides for enhanced solubility and penetration. Primarily featured in hair care products such as shampoos and conditioners, it also appears in skin moisturizers and nail treatments. Functionally, it coats hair cuticles to seal damage, boost elasticity, and minimize friction for smoother texture. As a film-former, it creates a protective layer against environmental stressors, while its humectant properties bind water to maintain hydration. Antistatic effects reduce static buildup, improving styling ease. In skin applications, it supports moisture retention and suppleness without clogging pores.
Roles in Formulation
This ingredient serves the following purposes in cosmetic formulations:
Benefits
Supports hair structure for resilience against breakage
May contribute to hair loss prevention via strengthening
Assists in anti-dandruff products through conditioning
Who It's For
A quick guide for who this ingredient may suit (and who should be cautious).
| Who May Benefit | Who Should Avoid |
|---|---|
| Individuals with damaged or chemically treated hair | Allergic to animal-derived proteins like wool |
| People seeking nail strength and healthier appearance | Preferring fully vegan or plant-based skincare |
| Those with dry skin needing hydration boost | With rare protein sensitivity on scalp or skin |
Safety Notes
- Rated low hazard by safety assessments with minimal irritation risk
- Non-comedogenic, suitable for acne-prone skin
Frequently Asked Questions about Hydrolyzed Keratin
What sources provide hydrolyzed keratin?
Typically derived from animal sources like sheep wool, feathers, or animal horns via hydrolysis.
Does it benefit skin as well as hair?
Yes, it acts as a skin conditioner to enhance softness and moisture retention.
Is hydrolyzed keratin safe for daily use?
Yes, it's regarded as safe in cosmetics at typical concentrations with low irritation potential.