Bebak Pharma Ceramide+ Peptide + Hyaluron Serum 30 ml · 8690841017309

Bebak Pharma Ceramide+ Peptide + Hyaluron Serum is an intensive 30 ml serum designed for comprehensive facial care. It works to provide nourishment and address signs of fatigue in the skin, promoting a plumper, tighter, and more radiant appearance.

This serum is formulated for all skin types and can be integrated into both daytime and nighttime skincare routines. It is suitable for application on the face, neck, and even the delicate eye and lip areas.

• Intensive care serum formulated with a complex of Ceramides, Peptides, and multiple forms of Hyaluronic Acid.
• Helps provide a plumper, tighter, and more radiant-looking complexion.
• Supports the skin's barrier with ingredients like Ceramides and Trehalose.
• Suitable for all skin types, including sensitive areas like the eye contour and lips.
• Lightweight texture that absorbs without leaving a greasy residue.

• Ideal for those seeking targeted care for signs of skin fatigue and loss of firmness.
• Suits individuals looking to strengthen their skin's moisture barrier and improve hydration.
• A versatile addition to any anti-aging or intensive moisturizing skincare regimen.

1. Apply to cleansed and dry skin during your morning or evening routine.
2. Gently massage onto the face and neck using circular motions until fully absorbed.
3. It can also be applied around the eyes and on the lips.
4. No rinsing is required after application.
5. Allow the serum to dry completely before applying any other products.
6. For daytime use, it is recommended to follow with a sunscreen.

• Key Active Components: A blend of Ceramides (NP, AP, EOP), Acetyl Hexapeptide-8, multiple forms of Hyaluronic Acid (Sodium Hyaluronate, Hydrolyzed Hyaluronic Acid, etc.), Trehalose, and Prebiotic (Lactobacillus Ferment Lysate).
• Additional Skin-Supporting Ingredients: Rosa Canina Fruit Oil, Phytosphingosine, Sodium PCA, and Urea.

No specific storage information provided. For best results, store in a cool, dry place away from direct sunlight.