SH-Decapeptide-9 100 ml

SH-Decapeptide-9 biomimetic peptide as a functional ingredient for advanced stable formulations

SH-Decapeptide-9 is a synthetic peptide engineered with a defined amino acid sequence, designed as a high-precision functional ingredient for modern formulation systems. In B2B manufacturing this raw material is used in complex multi-phase products where stability, consistency and predictable behavior are required. It integrates seamlessly into aqueous and emulsion systems and supports industrial scalability.

Within formulation architecture the peptide acts without altering phase balance or destabilizing the system. It is suitable for contract manufacturing processes requiring reproducibility and batch consistency.

Properties and functional role

SH-Decapeptide-9 functions as a biomimetic component that enhances distribution of active ingredients within the system. It dissolves efficiently in water phase and does not form aggregates.

It remains stable within pH 4.5–6.5 and is introduced during the cooling phase.

Properties and result

The peptide improves uniformity and supports stable texture without affecting viscosity or clarity. It maintains performance throughout product lifecycle.

It shows resistance to degradation under controlled conditions.

Purpose

Used as a functional ingredient in cosmetic formulations and technical systems. Applicable in nutraceutical and industrial processes as a formulation component.

Application

Suitable for creams, gels and serums. Compatible with emulsifiers, humectants and stabilizers.

Recipe

Peptide cream gel

Ingredients:
Water — 69 g
Glycerin — 5 g
SH-Decapeptide-9 — 0.6 g
Niacinamide — 2 g
Hydroxyethylcellulose — 0.5 g
Cetearyl Alcohol — 2 g
Emulsifying Wax — 3 g
Phenoxyethanol — 0.8 g
Panthenol — 2 g
Jojoba oil — 4 g
Squalane — 3 g
Lactic acid — 0.4 g

Technology: Heat water phase to 70°C and hydrate thickener. Add oil phase with emulsifier and homogenize. Cool to 40°C and incorporate peptide and actives. Adjust pH.

Instruction: Add peptide below 40°C. Maintain pH and avoid overheating. Ensure uniform mixing.

Manufacturing stability

Ensures consistent performance and scalability in industrial manufacturing. Maintains stability across batches and supports large-scale production.