Standard Grade Copper Tripeptide-1 50mg 100mg Blue Lyophilized Purity Verified

Standard Grade Copper Tripeptide-1 50mg 100mg Blue Lyophilized Purity Verified

Product Overview 

We offer this standardized GHK-Cu combination for analytical labs and manufacturers who prioritize raw material traceability. The kit features five units of 50mg and five units of 100mg lyophilized powder, characterized by its intense blue crystalline appearance.

This reflects the high quality of copper chelation within the tripeptide chain, ensuring that the raw material meets the strict identity requirements for high-end cosmetic research.

Key Features & Functional Advantages

• Standardized Chelation Ratio: Our synthesis process ensures a precise 1:1 ratio between the GHK peptide and the Copper (II) ion, resulting in maximum bioavailability in aqueous solutions.
• Uniform Synthetic Lot: By sourcing both the 50mg and 100mg vials from a single production run, we eliminate variables in copper content and residual moisture, which is critical for comparative analysis.
• Micro-Batch Scaling: This set simplifies the transition from a 50ml prototype to a 100ml test batch, allowing formulators to scale their workload linearly without switching peptide batches.
• Safe Handling Design: The flip-off cap design maintains a sterile environment until the exact moment of reconstitution, protecting the lyophilized "cake" from contamination.

Application Scenarios

• Cosmetic Ingredient Auditing: Suitable for quality control labs that need a reliable, pre-weighed reference for GHK-Cu identity testing.
• Pilot Manufacturing Runs: Provides the correct dosages for small-scale production trials in high-end anti-aging cream developments.
• Inter-Laboratory Comparisons: A convenient format for sending standardized peptide samples between different research facilities or testing centers.

Storage & Documentation

Keep vials in a cool, dark environment at 2-8°C. Every kit contains a lot-specific Certificate of Analysis (COA) detailing the purity, moisture content, and heavy metal limits.