Ameliox peptide 5 g

Ameliox peptide Functional Peptide Antioxidant Ingredient for Stable Formulation Systems

Ameliox peptide is a complex peptide based functional ingredient used in formulation systems as a stabilizing and antioxidant component for protection of active compounds and ensuring product stability. This raw material is applied in aqueous emulsion and hybrid systems where preservation of active components is required. It is widely used in cosmetics functional liquids food systems and aromatic applications. The ingredient is used in contract manufacturing and private label development due to its versatility and compatibility with various formulation components including water phase oils emulsifiers polymers and active compounds.

Functional properties and role in formulation

Acts as a functional ingredient providing stabilization of active components and protection against oxidation processes. Interacts with aqueous phase and active substances ensuring stable dispersion and homogeneity. Can be introduced during cooling stage under controlled conditions. Compatible with botanical extracts vitamins aromatic compounds and emulsion systems ensuring stable formulation performance.

Properties and effect on final product

Supports formulation stability improves homogeneity prevents separation and enhances product durability. Ensures reproducibility and consistent performance in industrial production.

Application

Used in cosmetics serums creams gels masks hair care SPA aromatherapy Food & Beverage functional liquids fragrance cleaning and industrial formulation systems.

Recipe Antioxidant Serum Ameliox Peptide Emulsion System

Water — 720 ml
Glycerin — 50 g
Carbomer — 8 g
Panthenol — 20 g
Jojoba oil — 40 g
Emulsifier — 20 g
Ameliox peptide — 15 g
TEA — 5 ml

The process includes dispersion heating phase combining controlled cooling addition of actives mixing and stabilization to obtain a homogeneous and stable emulsion system.

Manufacturing stability and scalability

Provides high stability in formulation systems scalability consistent batch reproducibility and compatibility with industrial processes.