Carol’s Daughter Wash Day Delight Love at First To Foam Sulfate Free Shampoo with Aloe and Micellar Water, Paraben and Silicone Free, Micellar Shampoo for Kinky, Curly Hair, 16.9 fl oz
Product Information
About this item
- Carol’s Daughter Wash Day Delight Micellar shampoo with Aloe for hair transforms from a water to a gentle foam lather for a deep clean quickly without stripping or harsh friction to help cut down time on wash day
- Cleanses Hair Quickly – Perfect for curly hair, kinky hair and coily hair, our targeted applicator helps the liquid formula instantly flow through hair providing easy scalp access and quickly rinses clean
- Reduces time to detangle hair – Sulfate free shampoo transforms from a liquid into a gentle foam lather without harsh friction and effortlessly works throughout, minimizing tangles
- Doesn't strip hair - Sulfate free shampoo for curly hair with Micellar Water acts like a magnet to attract and lift away buildup for a thorough hair and scalp cleanse without stripping hair - Follow with conditioner
- Made With Love: Carol's Daughter was born in a Brooklyn kitchen in 1993 and made with a mother's love and encouragement; Today we carry a full line of hair care products and body and skin care products
Product Description
Reimagine your wash day with our water-to-foam shampoo made with Aloe. Our Liquid Micellar technology acts like a magnet to attract and lift away buildup for a thorough scalp and hair cleanse without leaving hair feeling stripped. The targeted liquid formula provides easy scalp access as it instantly flows through hair and transforms into a gentle foam lather without harsh friction. It effortlessly works throughout, minimizing tangles and quickly rinses clean so there's no added weight from residue left behind. After one wash, scalp and hair feel clean, and hair feels soft and moisturized. One wash changes everything. We consider an ingredient to be naturally derived if it is unchanged from its natural state or has undergone processing yet still retains greater than 50 percent of its molecular structure from its original natural source
