Strengthening and Repairing Curls with SheaMoisture Bond Repair Leave-In Conditioner

Our 4-Step Bond Repair System, infused with restorative HydroPlex infusion, delivers stronger, healthier hair in just four simple steps. Boasting 84% less breakage and 6X stronger hair, this system is blended with nourishing Amla Oil, Fair Trade Shea Butter, and our unique Amino Blend to specifically address the needs of curly, coily hair.

Begin by gently cleansing with the Bond Repair Shampoo, designed to repair signs of damage. Follow up with the Bond Repair Conditioner, applying from roots to tips and allowing it to sit for three minutes before rinsing. For an extra moisture boost, apply the Bond Repair Masque and leave it in for five minutes before rinsing.

Finally, apply the Bond Repair Leave-In Conditioner to strengthen and hydrate your hair all day long. This lightweight formula helps to softly define and smooth curls and coils, infusing them with 12X more moisture compared to a non-conditioning shampoo. Achieve 24-hour frizz and humidity control, while adding shine, smoothness, and softness.

Rake the leave-in conditioner through clean, damp hair from root to tip, then scrunch your hair upward to add more texture. For best results, use this final step after the Bond Repair Shampoo, Conditioner, and Masque.

SheaMoisture is a brand that embodies natural, sustainably produced goodness. Our hair care products are made with love, for you and your body. We are pioneering fair trade through Community Commerce, both at home and abroad, honoring the legacy of Sofi Tucker, a pioneering mother of four and entrepreneur who sold Shea Butter, African Black Soap, and homemade beauty preparations in Sierra Leone as early as 1912.

With every purchase, you show support for our mission to reinvest back in our communities. SheaMoisture's Bond Repair System is a testament to our commitment to providing natural, effective solutions for transforming damaged, brittle hair into shiny, renewed curls.

vs non-conditioning shampoo Repeated Grooming Technical Study #23-019; Conducted April 2023

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