Hexapeptide-3
What is Hexapeptide-3?
Hexapeptide-3 is a synthetically produced peptide chain of six amino acids, chemically known as dipeptide diaminobutyroyl benzylamide diacetate. Inspired by a component in Temple Viper snake venom, it belongs to the class of neuroactive peptides used in cosmetics. Primarily featured in facial serums, creams, and anti-aging formulations, it functions by binding to specific receptors on facial muscles, mimicking neurotransmitter inhibition to promote a relaxed state. This action aids in preserving skin's natural suppleness and even texture over time. As a conditioning agent, it integrates into product bases to enhance overall skin barrier resilience and comfort during daily use, without penetrating deeply like injectables.
Roles in Formulation
This ingredient serves the following purposes in cosmetic formulations:
Benefits
Supports maintenance of skin softness and smoothness.
Promotes skin flexibility for a comfortable feel.
Helps condition skin to reduce signs of dryness.
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 normal to dry skin seeking conditioning. | Those with known peptide sensitivities. |
| People looking for non-invasive smoothness support. | People experiencing active skin irritation. |
| Users of anti-aging products wanting peptide-based care. | Individuals preferring fragrance-free or minimal-ingredient formulas. |
Safety Notes
- Rated low hazard overall by EWG assessment.
- Non-comedogenic, unlikely to clog pores.
Frequently Asked Questions about Hexapeptide-3
What is Hexapeptide-3?
A lab-made peptide used as a skin conditioning agent in cosmetics to help maintain softness and flexibility.
Is Hexapeptide-3 safe for daily use?
It carries a low hazard rating and is non-comedogenic, suitable for most skin types when used as directed.
How does Hexapeptide-3 work in products?
It interacts with skin receptors to support conditioning, aiding smoothness without invasive methods.