Kativa Coconut Mask Reconstruction Shine and Hydration 300ml

Kativa Coconut Mask Reconstruction Shine and Hydration 300ml

The Kativa Coconut Reconstruction Shine and Hydration 300ml Mask is an intensive care product, specially formulated to revitalize and deeply repair damaged hair strands. With a powerful combination of natural ingredients and advanced technology, this hair mask provides deep reconstruction, radiant shine, and lasting hydration.

Product Strengths:

• Deep Hair Reconstruction: Formulated with concentrated ingredients, Kativa Coconut mask acts on the deepest layers of the hair to repair damage and strengthen the strands.
• Intense Shine: The formula enriched with coconut oil provides a radiant and healthy shine to the hair, leaving it luminous and vibrant.
• Long-lasting Hydration: With highly moisturizing properties, this hair mask keeps the hair soft, silky, and hydrated for longer, preventing dryness and breakage.
• Protection against Damage: In addition to repairing existing damage, Kativa Coconut Mask creates a protective film around the strands, protecting them from external aggressions and maintaining the integrity of the hair fiber.

Active Ingredients:

The formula of Kativa Coconut Mask contains high-quality natural ingredients, such as coconut oil, known for its nourishing and moisturizing properties. This unique ingredient deeply penetrates the hair fiber, repairing damage and strengthening the strands from the inside out.

Issues Addressed by the Product:

• Damaged Hair: Ideal for hair that has undergone chemical processes, such as coloring, straightening, or perming, Kativa Coconut Mask rebuilds the hair structure and restores the health of the strands.
• Dull and Lifeless Hair: If your hair is dull and lifeless, this intensive hair mask will restore the lost shine and vitality, leaving it looking healthy and radiant.
• Dry and Brittle Hair: For dry, brittle, and split-end hair, the deep hydration provided by Kativa Coconut Mask is essential to restore the softness, manageability, and resistance of the strands.