ECM Moduline Peptide Powder 100 g

ECM Moduline Peptide Powder peptide complex for extracellular matrix support in cosmetic formulations

ECM Moduline Peptide Powder is applied as a precision peptide ingredient in formulations designed to work with skin structure and maintain the organization of the extracellular matrix. It is used in advanced cosmetic systems where controlled interaction with dermal components and consistent formulation performance are required.

Description

ECM Moduline Peptide Powder is a synthetic peptide complex developed for integration into high-performance skincare formulations. Its mechanism is based on simulating signaling interactions involved in the formation and maintenance of structural elements within the dermal matrix.

The ingredient is supplied as a water-soluble powder with a very low working dosage, allowing accurate formulation control and efficient dispersion in aqueous systems. It is particularly suitable for formulations where interaction with protein structures such as collagen and fibronectin is relevant.

The peptide is selected in product development processes where stability, compatibility, and predictable behavior in complex formulations are essential.

Where it is used

ECM Moduline Peptide is used in cosmetic products including serums, emulsions, creams, and concentrated treatments. It is applied in formulations designed to support the structural appearance of the skin and maintain consistency of skin texture.

In professional skincare, it is incorporated into post-treatment formulations where controlled recovery and stabilization of the skin are required.

In SPA applications, it is included in intensive care products used in structured treatment protocols.

In dermocosmetic systems, it is used as a component of advanced formulations targeting structural maintenance.

How it works

ECM Moduline Peptide interacts with signaling pathways that influence the synthesis and organization of extracellular matrix components. This supports the presence and distribution of structural proteins within the skin.

It contributes to processes associated with collagen and fibronectin formation, helping maintain the integrity of the dermal framework. This results in a more uniform visual structure of the skin.

The peptide also supports the performance of other active ingredients when combined within the same formulation system.

Behavior in formulation

ECM Moduline Peptide is fully soluble in water and should be added to the aqueous phase at temperatures below 40°C to preserve its activity.

It is compatible with hyaluronic acid, peptide blends, and a wide range of water-soluble actives. It can be incorporated into delivery systems such as encapsulated or liposomal formulations for enhanced performance.

The ingredient remains stable within a pH range of 5.5–7.0, making it suitable for most cosmetic formulations.

Dosage

In serum-type formulations, it is typically used at 0.01–0.05%.

In emulsions and creams, it is applied at 0.05–0.1%.

In concentrated formulations, usage may reach up to 0.2% depending on formulation requirements.

Recipe

Structured peptide serum for skin support

Ingredients:
Distilled water — 88 ml
Glycerin — 3 ml
Sodium hyaluronate solution (1%) — 4 ml
ECM Moduline Peptide Powder — 0.05 g
Panthenol — 1 g
Peptide blend — 2 ml
Betaine — 1 g
Preservative — 0.8 g

Process:

Prepare the aqueous base by combining distilled water, glycerin, and sodium hyaluronate solution until a uniform mixture is achieved. Allow the system to cool below 40°C.

Dissolve ECM Moduline Peptide Powder separately in a small portion of water until fully clear. Add this solution to the base along with panthenol, peptide blend, and betaine.

Mix thoroughly until homogeneous, then add the preservative. Adjust pH if necessary within the optimal range. Allow the formulation to stabilize before packaging.

Conclusion

ECM Moduline Peptide Powder is a peptide complex used in cosmetic formulations to support the structure and organization of the extracellular matrix while maintaining stability and compatibility within aqueous systems.