Acetyl Tetrapeptide-11

Acetyl Tetrapeptide-11 is a synthetic cosmetic peptide used in skincare formulations designed to improve the appearance of skin firmness, elasticity, and texture. It is associated with supporting skin structural proteins, particularly syndecan-1, which plays a role in skin cohesion and organization.

This peptide is suitable for advanced skincare formulations targeting visible signs of aging, including reduced firmness and uneven skin texture.

Key Benefits

• Skin Firmness: Helps improve the appearance of firmer, more resilient skin.

• Elasticity Support: Suitable for formulations targeting age-related loss of elasticity.

• Skin Texture: Used in products designed to promote smoother-looking skin.

• Skin Structure: Associated with syndecan-1, a protein involved in skin cohesion.

• Anti-Aging Care: Complements formulations targeting fine lines and visible signs of skin aging.

Applications

• Firming facial serums

• Anti-aging creams and lotions

• Peptide-based moisturizers

• Face and neck treatments

• Skin-smoothing formulations

• Mature skin products

Product Information

INCI Name: Acetyl Tetrapeptide-11

Ingredient Category: Peptides / Cosmetic Actives

Function: Skin conditioning

Appearance: Depends on the supplied grade

Solubility: Refer to supplier specifications

Recommended Usage Level: Refer to supplier technical documentation

Formulation Guidance

Acetyl Tetrapeptide-11 is suitable for peptide-based skincare formulations, including serums, gels, and emulsions.

For temperature-sensitive peptide ingredients, incorporation during the cool-down phase is generally preferred, subject to supplier processing recommendations.

The appropriate concentration depends on the peptide's purity and whether the ingredient is supplied as a powder or a diluted solution.

Consult the supplier's technical data sheet for recommended usage levels, pH compatibility, processing temperature, and storage conditions.

For cosmetic formulation use only. Not intended for direct application in raw ingredient form.