Complex Peptide SPF50 Collagen Anti-Photoaging Sunscreen

Complex Peptide SPF50 Collagen Anti-Photoaging Sunscreen

Triple-Peptide Anti-Aging Edition for Mature Skin

Complex Peptide SPF50 Collagen Anti-Photoaging Sunscreen is a high-protection daily sunscreen developed for mature skin and customers concerned with sun-related fine lines, dark spots, dullness and loss of firmness.

Formulated with SPF50 PA++++, GHK-Cu Copper Tripeptide-1, Palmitoyl Pentapeptide-4 and Carnosine, this triple-peptide sunscreen combines advanced UV defence with antioxidant and skin-conditioning support.

The formula is designed to protect against daily sun exposure while supporting smoother, firmer and more resilient-looking skin.

High sun protection with advanced peptide care for mature skin.

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Key Benefits

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Key Ingredients

• SPF50 PA++++

• GHK-Cu / Copper Tripeptide-1

• Palmitoyl Pentapeptide-4

• Carnosine

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Core Product Definition

Complex Peptide SPF50 Collagen Anti-Photoaging Sunscreen is a high-protection sunscreen and peptide anti-aging treatment 2-in-1.

It is designed to:

• protect against UVA and UVB exposure;

• help prevent visible sun-induced aging;

• support smoother-looking fine lines;

• improve the appearance of firmness;

• provide antioxidant care;

• support mature and photoaged-looking skin;

• offer light soothing and skin-conditioning benefits.

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Key Ingredients Explained

SPF50 PA++++

SPF50 PA++++ provides high daily protection against both UVB and UVA exposure.

Regular use helps reduce the visible effects associated with prolonged sun exposure, including:

• dark spots;

• uneven tone;

• fine lines;

• rough texture;

• loss of visible elasticity;

• dullness;

• premature skin aging.

Proper application and frequent reapplication are essential for effective protection.

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GHK-Cu / Copper Tripeptide-1

GHK-Cu is an advanced copper-binding peptide used to support skin resilience, firmness and visible recovery.

It helps:

• support the appearance of stronger skin;

• improve visible elasticity;

• promote smoother texture;

• support collagen-related skin processes;

• improve the appearance of photoaged skin;

• complement the sunscreen’s anti-aging positioning.

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Palmitoyl Pentapeptide-4

Palmitoyl Pentapeptide-4 is a well-known signal peptide used in anti-aging skincare.

It helps:

• soften the appearance of fine lines;

• support firmer-looking skin;

• promote a smoother complexion;

• improve visible skin texture;

• complement long-term collagen-focused skincare.

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Carnosine

Carnosine is an antioxidant peptide that helps defend against visible oxidative and glycation-related stress.

It helps:

• support antioxidant protection;

• reduce the appearance of tired-looking skin;

• support elasticity;

• improve visible resilience;

• help maintain a fresher and more youthful-looking complexion.

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Ingredient Benefit Overview

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High-Protection Anti-Photoaging Care

UV exposure is one of the main external contributors to visible skin aging.

This sunscreen helps protect against concerns such as:

• sun-induced fine lines;

• dark spots;

• uneven pigmentation;

• dullness;

• reduced elasticity;

• rough texture;

• visible sagging;

• premature aging.

The combination of high SPF protection and peptide skincare makes it especially suitable for customers who want both prevention and daily anti-aging maintenance.

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Triple-Peptide Mature Skin Care

The formula combines three complementary skincare ingredients:

GHK-Cu

Supports visible resilience, firmness and barrier quality.

Palmitoyl Pentapeptide-4

Supports collagen-focused care and helps soften visible fine lines.

Carnosine

Provides antioxidant and anti-glycation support for mature-looking skin.

Together, they help create a comprehensive anti-photoaging sunscreen for customers concerned with both current and future signs of aging.

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Sunscreen and Light Soothing Care 2-in-1

In addition to high UV protection, the formula provides light skin-conditioning and soothing support.

It helps:

• reduce feelings of dryness;

• support daily skin comfort;

• improve visible smoothness;

• support mature skin resilience;

• make sunscreen an active part of an anti-aging routine.

A separate moisturizer may still be applied underneath depending on skin type and seasonal needs.

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Who Is It For?

Complex Peptide SPF50 Collagen Anti-Photoaging Sunscreen is especially suitable for:

• mature skin;

• customers concerned with photoaging;

• visible fine lines;

• early or established loss of firmness;

• sun-induced dark spots;

• dull or uneven-looking skin;

• rough texture;

• reduced elasticity;

• customers seeking daily peptide anti-aging care;

• anyone wanting high SPF protection with additional skincare benefits.

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How to Use

1. Apply as the final step of the morning skincare routine.

2. Use generously and spread evenly over the face, neck and exposed areas.

3. Apply before sun exposure.

4. Reapply at least every two hours during continued exposure.

5. Reapply after swimming, sweating or towel drying.

For mature or dry skin, apply a moisturizer underneath when additional nourishment is needed.

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Final Product Description

Complex Peptide SPF50 Collagen Anti-Photoaging Sunscreen is a high-protection daily sunscreen designed for mature skin and customers concerned with visible sun damage.

The formula combines SPF50 PA++++, GHK-Cu Copper Tripeptide-1, Palmitoyl Pentapeptide-4 and Carnosine to provide advanced UV protection while supporting firmness, smoothness, antioxidant defence and visible skin resilience.

It helps defend against the appearance of:

• fine lines;

• dark spots;

• dullness;

• rough texture;

• reduced elasticity;

• sun-induced sagging;

• premature photoaging.

High UV protection. Triple-peptide care. Daily defence against photoaging.

Scientific references

These publications concern individual ingredients or related formulations. They do not constitute a clinical test of this finished rcpcosmetics product and should not be read as a medical claim.

1. Hughes et al. (2013) — Sunscreen and prevention of skin aging: a randomized trial
   Human randomized trial of regular broad-spectrum sunscreen use; not a test of this finished formula.
2. Maquart et al. (1988) — GHK-Cu stimulation of collagen synthesis in fibroblast cultures
   Laboratory fibroblast study of the copper tripeptide GHK-Cu.
3. Robinson et al. (2005) — Topical palmitoyl pentapeptide in photoaged facial skin
   Randomized split-face study of palmitoyl pentapeptide-4 (Pal-KTTKS) in a different topical formulation.
4. Narda et al. (2018) — Carnosine and advanced glycation end-products in human skin explants
   Ex-vivo human-skin study of carnosine and a separate carnosine cream.