CopperLift Renewal Serum – 2% GHK-Cu + SNAP-8
$89.00
Research Use Disclaimer
All products are offered for laboratory research and educational purposes only. Mile High Peptides LLC does not provide dosing, reconstitution, administration, stacking, side-effect, or human-use guidance under any circumstances.
Observations in research settings can vary widely based on handling, environment, formulation, and study conditions. No specific outcome, timeline, or result should be assumed or expected from any research material.
In stock
| Eligible Items | You Save |
|---|---|
| 2–4 items | 5% Off |
| 5–9 items | 10% Off |
| 10+ items | 15% Off |
Description
CopperLift™ Renewal Serum – 2% GHK-Cu + SNAP-8
CopperLift™ Renewal Serum is a lightweight peptide skincare serum featuring a
2% GHK-Cu + SNAP-8 peptide complex. It is designed to support
smoother-looking, firmer-looking skin while improving the visible appearance of
fine lines, uneven texture, and elasticity.
The concentrated serum absorbs easily into clean skin and can be incorporated
into an existing morning or evening skincare routine. Its lightweight texture
makes it suitable for use before moisturizers, creams, and sunscreen.
Commonly Used For
- Supporting smoother and firmer-looking skin
- Reducing the visible appearance of fine lines
- Improving the appearance of uneven skin texture
- Supporting the appearance of skin elasticity
- Promoting a refreshed and revitalized complexion
- Adding a concentrated peptide step to a skincare routine
- Layering beneath moisturizers and creams
- Morning and evening skincare routines
Why GHK-Cu & SNAP-8?
GHK-Cu is a copper-binding peptide commonly used in advanced
cosmetic skincare formulas targeting visible signs of aging. It is especially
popular in products designed to support the appearance of firmness, elasticity,
smoother texture, and healthier-looking skin.
SNAP-8 is a cosmetic peptide frequently included in formulas
focused on expression-related lines. It is used in appearance-focused skincare
products intended to promote a smoother-looking complexion and soften the
visible appearance of fine lines.
Together, GHK-Cu and SNAP-8 provide a multi-peptide approach focused on the
appearance of firmness, texture, fine lines, and overall skin quality.
Lightweight Peptide-Focused Formula
CopperLift™ Renewal Serum serves as the lightweight, concentrated step of a
peptide-focused skincare routine. It is designed to deliver the GHK-Cu + SNAP-8
complex directly to clean skin before heavier skincare products are applied.
The serum can be used independently or followed with CopperLift™ Renewal Cream
for additional moisture and hydration.
How to Use
Apply a small amount to clean, dry skin. Gently smooth the serum over the face,
neck, or other desired areas and allow it to absorb before applying moisturizer,
cream, or sunscreen.
Use during morning and/or evening skincare routines according to individual
skincare preferences.
Product Details
- Product: CopperLift™ Renewal Serum
- Peptide complex: 2% GHK-Cu + SNAP-8
- Size: 30 mL / 1.01 fl oz
- Product type: Topical cosmetic serum
- Texture: Lightweight serum
- Routine: Morning and/or evening
- Layering: Apply before moisturizers, creams, and sunscreen
- Compatible product: CopperLift™ Renewal Cream
Important Notice
- For external use only
- Avoid direct contact with the eyes
- Patch testing is recommended before first use
- Discontinue use if irritation occurs
- Keep out of reach of children
- Store in a cool, dry place away from direct sunlight
- Individual cosmetic results may vary
- Not intended to diagnose, treat, cure, or prevent any disease
Mile High Peptides LLC supplies CopperLift™ Renewal Serum for topical cosmetic
use as part of a regular skincare routine.
Related products
Researcher Responsibility
Purchasers are responsible for ensuring that materials are acquired, handled, stored, and used in accordance with applicable laws, regulations, institutional requirements, and appropriate laboratory practices.
Mile High Peptides LLC supplies compounds strictly for legitimate laboratory research and analytical applications.