




O3+ Hair Spa Kit Infused With Argan Oil, Rosemary & Oats For Hair Fall Control
O3+ Hair Spa Kit Infused With Argan Oil, Rosemary & Oats For Hair Fall Control is a professional 2-in-1 damage treatment and anti-hair fall solution designed to deeply nourish, repair, and vitalize the hair. This comprehensive kit features a synergistic blend of Argan Oil to promote healthy hair, Rosemary to help soothe the scalp, and Oats to strengthen hair strands and promote healthy growth. Designed as a complete damage remedy, the kit works by destressing the scalp and providing intensive vitalizing care to reduce hair fall and restore hair health. The treatment process involves a multi-step routine including cleansing, masking, and serum application, ensuring that each strand is fortified from root to tip. By incorporating nutrient-rich botanical oils and extracts, this spa kit delivers a salon-like experience that leaves hair feeling significantly smoother, stronger, and more resilient against breakage and environmental stressors.
Original: $359.00
-70%$359.00
$107.70Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
O3+ Hair Spa Kit Infused With Argan Oil, Rosemary & Oats For Hair Fall Control is a professional 2-in-1 damage treatment and anti-hair fall solution designed to deeply nourish, repair, and vitalize the hair. This comprehensive kit features a synergistic blend of Argan Oil to promote healthy hair, Rosemary to help soothe the scalp, and Oats to strengthen hair strands and promote healthy growth. Designed as a complete damage remedy, the kit works by destressing the scalp and providing intensive vitalizing care to reduce hair fall and restore hair health. The treatment process involves a multi-step routine including cleansing, masking, and serum application, ensuring that each strand is fortified from root to tip. By incorporating nutrient-rich botanical oils and extracts, this spa kit delivers a salon-like experience that leaves hair feeling significantly smoother, stronger, and more resilient against breakage and environmental stressors.























