SYN-AKE Peptide 100 g

Syn-Ake peptide raw material for cosmetic formulations with surface relaxation effect

Syn-Ake is a synthetic peptide ingredient designed for integration into cosmetic systems where controlled surface-level activity is required. It is widely used in serums, emulsions, gel concentrates and fluid formulations that rely on stable incorporation of peptide structures into aqueous environments. The ingredient is applied in skincare development, SPA products, professional cosmetic systems and formulation laboratories focused on precision and reproducibility.

From a formulation perspective, Syn-Ake belongs to a group of biomimetic peptides engineered to imitate specific signal pathways associated with muscle contraction. It is not a medical substance and is not intended for injection-based applications. Within cosmetic formulations, it functions as a water-phase active that requires controlled processing conditions, including moderate temperatures and balanced pH levels, to maintain its stability.

In cosmetic products, Syn-Ake is used in systems designed to improve the visual uniformity of the skin surface. It is commonly combined with hydrating agents, polymeric stabilizers and other functional components that support the aqueous phase. In advanced formulations, it may be integrated into multi-component peptide systems, contributing to layered functional performance. It is particularly востребован in lightweight textures such as fluid serums and gel-based solutions.

The functional behavior of Syn-Ake is associated with modulation of surface-level signal transmission involved in muscle micro-movements. In topical applications, this may result in a temporary smoothing effect on the appearance of expression-related lines. When referenced in comparison to botox, the similarity is based on the concept of reducing visible muscle activity. However, the mechanisms and applications differ significantly. Botulinum toxin is a regulated pharmaceutical compound administered through injection and acts on deeper neuromuscular pathways, while Syn-Ake operates only at the surface level within cosmetic formulations and does not influence systemic biological functions.

The comparison with botox is therefore conceptual and used for explanatory purposes in cosmetic development. Syn-Ake is not an alternative to injectable procedures and is applied exclusively as a topical ingredient within skincare products.

In formulation practice, Syn-Ake is introduced during the cooling phase after the primary system has been formed. It is compatible with a wide range of ingredients including hyaluronic acid, amino acid complexes, plant extracts and mild preservation systems. Exposure to high temperatures should be avoided to preserve peptide integrity.

Usage levels are defined by technical documentation and adjusted by the formulator depending on the structure and purpose of the final product.

Example formulation: Lightweight peptide emulsion serum
Purified water 68 ml
Syn-Ake 4 g
Caprylic triglyceride 8 g
Cetearyl olivate 4 g
Sorbitan olivate 2 g
Rice extract 10 ml
Panthenol 3 g
Preservative 1 g

Process: the oil phase is prepared by combining caprylic triglyceride with emulsifiers and heating to the required temperature. The water phase is prepared separately. The phases are combined under mixing to form an emulsion. After cooling, Syn-Ake and panthenol are added. Preservative is introduced at the final stage. The system is mixed until uniform and stable.

Example formulation: Peptide gel concentrate with active complex
Purified water 66 ml
Syn-Ake 4 g
Pentylene glycol 5 g
Sodium polyacrylate 1 g
Marine collagen 10 ml
Betaine 3 g
Preservative 1 g
pH adjuster 10 g

Process: sodium polyacrylate is dispersed in water to form a structured gel base. Pentylene glycol is added to improve distribution. Marine collagen and betaine are incorporated. After cooling, Syn-Ake is added with gentle mixing. Preservative is introduced and pH is adjusted. The formulation is mixed until homogeneous.

Syn-Ake is used in cosmetic formulations as a peptide component with a surface-level mechanism of action. It supports stable performance in aqueous and emulsion systems and is integrated into modern skincare development focused on controlled visual smoothing without invasive procedures.