Sweet Ambrosia Leave-In Conditioner - Jasmine & Rose Oils, Keratin Protein, Silicone-Free, 8 oz - Ideal for 3C-4C Hair and virgin hair wigs

Sweet Abrosia Leave-In Conditioner is your ultimate hair care companion, specially designed for the unique needs of black women with 3C to 4C hair types. This 8 oz powerhouse combines Absolute Jasmine Oil and Rose Oil to ensure maximum moisture retention and hair health. Keratin Protein acts as a protective shield against daily wear and tear while controlling frizz and adding a lustrous shine. Amodimethicone, a water-soluble silicone, offers heat protection, making it safe for styling.

The best part? Our lightweight, non-greasy formula won't weigh your hair down, providing the perfect balance of slip for easy detangling and styling. Plus, it's free from harmful chemicals like Phthalates, PEGs, Dyes, and Parabens, making it a safe choice for you and your hair. Whether it's for your natural hair or your cherished virgin hair lace wigs, Sweet Abrosia is the ideal leave-in conditioner for a healthy, radiant look.

• 🌺 Jasmine Oil Infusion: Keeps hair moisturized and soft.

• 🌹 Rose Oil: Nourishes dry, damaged hair with deep hydration.

• 💪 Keratin Protein: Protects from stress, reduces frizz, and smoothens.

• 🌟 Amodimethicone: Lightweight, heat-protective, and enhances shine.

• 🍃 Silicone-Free Formula: Gentle, rinses out easily, leaving hair soft.

• 🌿 Natural Ingredients: Free from Phthalates, PEGs, Dyes, Parabens.

• 👑 Ideal for 3C-4C Hair: Perfect for natural hair and lace wigs.

• 🎀 Lightweight & Non-Greasy: Provides just the right amount of slip.

• 🌼 Pleasant Fragrance: Leaves hair smelling fresh and delightful.

• 📏 8 oz Size: Convenient and long-lasting for everyday use.

 Ingredients: Aqua (Distilled Water), Amodimethicone, Vegetable Glycerin, Behentrimonium Methosulfate, Cetearyl Alcohol, Panthenol (Pro Vitamin B5), Hydrolyzed Keratin Protein, Cetrimonium Bromide, Butylene Glycol, Rosa Damascena (Rose) Oil, Jasminum Grandiflorum (Jasmine) Oil, Fragrance, Phenoxyethanol, Ethylhexlglycerin