Kenya Moore Restorative Growth Mask for Dry, Damaged Hair – 7.0 fl oz

Revitalize dry and damaged hair with Kenya Moore Restorative Growth Mask

The Kenya Moore Hair Care Restorative Growth Mask is a deep repairing treatment designed to breathe life back into hair that has been stressed by chemical treatments or heat styling. The formula blends nourishing oils, bamboo water, and hydrolyzed proteins to help reconstruct the hair shaft, promoting softness, shine, and improved elasticity. This mask is gentle enough for color treated hair and extensions, while delivering focused care for natural textures as well. The mix leans toward a sensorial, subtle fragrance that enhances the ritual of washing and styling, without overpowering daily routines.

What makes this mask special

• Nourishing oils such as coconut and argan deliver lightweight conditioning and luster
• Hydrolyzed silk protein and vegetable protein help reinforce the hair shaft
• Bamboo shoot water contributes to moisture and resilience
• Color protection and enhanced manageability for varied styles

Clean formula highlights

• No sulfates
• No phosphates
• No parabens
• Over 90% naturally derived
• Great for natural hairstyles, color treated hair, and extensions

What you’ll feel and how to use

After cleansing, apply to damp hair, focusing on mid-lengths and ends. Let the treatment sit for 5 to 10 minutes to allow the blend of oils and proteins to penetrate, then rinse thoroughly. For best results, use weekly or as needed to maintain softness, shine, and manageability.

Usage tips and routines

• Work a small amount through freshly washed hair for even distribution
• Pair with a gentle conditioner on roots to balance weight and volume
• Follow with a cool rinse to help seal the cuticle and lock in moisture

Designed with versatility in mind, this mask supports daily maintenance for diverse hair types, including color treated and textured styles. While results vary by individual, many users notice enhanced shine, easier detangling, and improved elasticity over time.