CU-3 Matrix | 30 ml – High-Load Multi-Peptide Research Matrix
CU-3 Matrix is a 30 ml topical research formulation developed as a high-load multi-peptide aqueous matrix. The preparation combines GHK-Cu, available in two selectable concentrations, 2% and 4%, with Matrixyl 3000 and Leuphasyl within a hydrated structure based on sodium hyaluronate / hyaluronic acid.
The matrix is completed with panthenol, vegetable glycerin, and a preservative system composed of phenoxyethanol and ethylhexylglycerin. The result is a gelled aqueous preparation, designed exclusively for laboratory use as a model for formulation observation, peptide–matrix compatibility, and the physical behavior of external topical systems.
CU-3 Matrix is not a cosmetic, not a skincare product, and not intended for personal use. It is a topical research matrix, developed for controlled formulation analysis and not for cosmetic, therapeutic, diagnostic, or veterinary applications.
Pepticore Matrix Standard
CU-3 Matrix was developed as an advanced research matrix, not as a simple gelled base with added components. The system is organized around a hydrated carrier phase, a multi-peptide complex, and a support structure designed to maintain physical consistency, controlled dispersion, and a defined formulation identity.
Unlike lipid-based matrices using tallow, oils, or balms, CU-3 Matrix uses an aqueous base with a high technical identity. Sodium hyaluronate / hyaluronic acid forms the central architecture of the system and creates a hydrated polymeric environment for the integration of peptide components.
High-Load / Ultra-Load GHK-Cu
The formulation is available in two GHK-Cu load levels. The 2% GHK-Cu variant represents the standard high-load version of the matrix. The 4% GHK-Cu variant represents the ultra-load version, developed for formulation studies requiring a higher concentration of copper peptide within the same multi-peptide aqueous system.
Both variants maintain the same base architecture: GHK-Cu, Matrixyl 3000, Leuphasyl, sodium hyaluronate / hyaluronic acid, panthenol, vegetable glycerin, and an aqueous preservative system. The main difference between the two versions is the copper peptide load level.
Multi-Peptide Research System
The value of the formulation is not concentrated in a single component. CU-3 Matrix integrates GHK-Cu as the primary copper peptide, Matrixyl 3000 as a matrix peptide component, and Leuphasyl as an additional peptide for formulation support.
This combination allows for the study of a more complex matrix compared to a preparation based on a single peptide. The system is oriented toward the observation of component distribution, compatibility between peptides and the hydrated carrier, and the behavior of the aqueous matrix under controlled research conditions.
Hydrated Hyaluronic Matrix
The structural base of the preparation consists of sodium hyaluronate / hyaluronic acid, used as a hydrated polymeric carrier. This phase creates a gelled aqueous structure capable of hosting the multi-peptide complex and providing a coherent formulation model for external topical studies.
The presence of panthenol and vegetable glycerin contributes to the construction of the matrix support phase. These components complete the aqueous architecture of the system without shifting the product positioning toward cosmetic or consumer language.
Formulation Architecture
CU-3 Matrix is organized into a multi-level formulation structure. The aqueous phase consists of distilled or demineralized water and sodium hyaluronate / hyaluronic acid. The multi-peptide phase integrates GHK-Cu, Matrixyl 3000, and Leuphasyl. The support phase contains panthenol and vegetable glycerin. The preservation system is based on phenoxyethanol and ethylhexylglycerin.
The complete formula and internal component ratios are not published in full, as they are part of the Pepticore formulation standard. The 2% and 4% concentrations of GHK-Cu are declared to clearly identify the copper peptide load available in the two variants.
Declared Composition
The declared composition includes GHK-Cu, Matrixyl 3000, Leuphasyl, sodium hyaluronate / hyaluronic acid, panthenol, vegetable glycerin, phenoxyethanol, ethylhexylglycerin, and distilled or demineralized water as the carrier phase.
Each component is included in the formulation with a precise function within the matrix. The peptide complex defines the product’s high-load multi-peptide identity. Sodium hyaluronate forms the hydrated structure. Panthenol and vegetable glycerin complete the support phase. The preservative system contributes to the technical management of the aqueous preparation during controlled storage.
Research Profile
CU-3 Matrix is intended exclusively for laboratory research contexts, formulation analysis, and the study of external topical matrices. The preparation may be used as a model to observe multi-peptide integration, compatibility between the hydrated carrier and peptide components, physical behavior of the aqueous matrix, and structural stability under controlled conditions.
No indication is provided regarding cosmetic benefits, visible results, aesthetic improvement, therapeutic activity, medical use, or biological application in humans. The value of the product lies in its formulation architecture, the availability of the 2% GHK-Cu and 4% GHK-Cu variants, its integration with Matrixyl 3000 and Leuphasyl, and the construction of an aqueous matrix based on sodium hyaluronate / hyaluronic acid.
Packaging & Handling
Each unit is supplied in a 30 ml format in a dark glass dropper bottle, amber or violet. The format was selected to maintain consistency with a research preparation, reduce unnecessary light exposure, and support more controlled handling of the contents.
The preparation should be handled while avoiding direct contamination of the dropper, prolonged exposure to air, excessive heat, and uncontrolled storage conditions. Any observations related to viscosity, matrix behavior, physical variations, or system stability should be treated as internal data within the adopted research protocol.
Storage and Handling
Store closed in a cool, dry environment protected from direct light. Avoid exposure to heat sources, repeated thermal stress, and contamination of the dispensing system.
Do not freeze, unless under specific freeze-thaw evaluation protocols. Any exposure to non-standard conditions must be considered an experimental variable and documented as part of the research protocol.
Research use only
CU-3 Matrix is supplied exclusively for laboratory research use.
It is not intended for human, cosmetic, therapeutic, diagnostic, veterinary, food, or household use. It is not a cosmetic, not a skincare product, not a medicinal product, not a medical device, and not a preparation for personal use.
Do not ingest. Do not inject. Do not use on humans or animals. Handle exclusively in a controlled research environment, by qualified personnel and according to appropriate laboratory procedures.
By purchasing, the buyer confirms that the product will be used exclusively for lawful research purposes and in compliance with applicable regulations.
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