Angel En Provence Angel Orange Flower Shining Color Conditioner 400ml / 800ml

Angel Orange Flower Shining Color Conditioner is specifically formulated for colored hair to enhance and maintain the vibrancy of your hair color. This gentle yet effective conditioner combines natural ingredients and special proteins to protect against color fading and environmental damage, ensuring your hair remains soft, vibrant, and lustrous.

Key Benefits:

Color Protection: Prevents color fading, maintaining the richness and vibrancy of color-treated hair.
Environmental Defense: Shields hair from environmental damage caused by sun and water, preserving the color and health of your hair.
Softness and Shine: Leaves hair soft, manageable, and with a radiant shine.

Key Ingredients:

Orange Flower Extract: Nourishes and revitalizes hair, contributing to its natural shine and vibrancy.
Special Protein Factor: Helps to strengthen hair and protect color from fading, ensuring long-lasting results.
Natural Ingredients: Enriched with components that help to maintain moisture balance and enhance the hair's overall appearance.

Usage:

After washing with a suitable shampoo, apply the conditioner thoroughly through wet hair.
For deeper conditioning, leave the product in your hair for 3-5 minutes.
Rinse out with water.
For optimal results, follow with Angel Orange Flower Shining Color Conditioner regularly.

Ideal For:

Colored hair needing protection against color fading.
Individuals seeking to enhance and maintain the vibrancy of their hair color.
Those looking for a conditioner that provides moisture, softness, and shine.

Your satisfaction is our priority. If you are pleased with our product and service, please leave us a positive review. If you have any concerns or questions, please contact us before leaving feedback. We are committed to providing excellent customer service and will address any issues promptly.

This conditioner is perfect for keeping your color-treated hair looking its best, ensuring it remains vibrant, soft, and protected from environmental damage.