Abib Jericho Rose Crème Nutrition Tube

Abib Jericho Rose Cream Nutrition Tube is a nourishing face cream that helps intensely moisturize tired, dull-looking skin and maintain a comfortable moisture and oil balance. Jericho Rose extract helps support the skin’s natural vitality while improving the appearance of tone and texture.

The rich moisturizing formula helps prevent dehydration, soften the skin and support its protective barrier. With regular use, it helps improve the appearance of firmness, elasticity and radiance while reducing visible dryness and flaking.

Benefits

• Helps provide intensive and long-lasting hydration.
• Helps nourish dry and tired-looking skin.
• Helps support the skin barrier and moisture balance.
• Helps improve the appearance of firmness and elasticity.
• Helps reduce dullness and enhance natural-looking radiance.
• Helps soothe visible dryness, flaking and discomfort.

Who is it for

• All skin types.
• Dry and dehydrated skin.
• Dull and tired-looking skin.
• Sensitive skin that needs nourishing and moisturizing care.

Main ingredients

• Jericho Rose extract – helps moisturize and nourish the skin, maintain its moisture balance and support a smoother, more revitalized appearance.

How to use

Apply a small amount of cream to clean facial skin. Gently pat into the skin with your fingertips until fully absorbed.

FAQ

What does Abib Jericho Rose Cream Nutrition Tube do?
It helps moisturize and nourish the skin, support the skin barrier and improve the appearance of dullness, dryness and uneven texture.

Is Abib Jericho Rose Cream Nutrition Tube suitable for sensitive skin?
Yes, it is suitable for different skin types, including sensitive skin.

How should Abib Jericho Rose Cream Nutrition Tube be used?
Apply a small amount to clean skin and gently pat until the cream is fully absorbed.

Warnings

• For external use only.
• Avoid direct contact with eyes.
• Do not apply to damaged or irritated skin.
• Discontinue use if irritation occurs.
• Keep out of reach of children.
• Store away from direct sunlight and high temperatures.