Nioxin System 1 Scalp + Hair Thickening Shampoo for Natural Hair with Light Thinning 1L

• For natural, untreated hair with light thinning
• Clinically designed to stimulate the hair follicles, thicken the hair and reduce thinning, with visible results in just 30 days*
• Advanced formula helps to strengthen hair and minimize breakage for thicker, fuller looking hair
• Enhances scalp health by promoting a healthy environment for hair growth
• 85% of consumers noticed a thickening effect, 80% noticed an increase in hair density and 80% noticed an increase in hair fullness with the Nioxin system*

Nioxin Pro Clinical’s System 1 is designed for natural, untreated hair with light thinning. Clinically and dermatologically tested, the shampoo nourishes and gently cleanses to prevent against follicle-clogging sebum, creating a healthier environment to support hair growth. It’s clinically designed to add thickness and fullness with visible results in just 30 days.*

Nioxin System 1 Shampoo reduces hair thinning by helping to minimize breakage. Formulated with a powerful blend of wild mint oil, peppermint oil and salicylic acid, it helps to stimulate the scalp, control oiliness and support scalp health. The advanced formula contains ingredients that strengthen hair resilience, minimise breakage and promote the appearance of thicker, fuller hair:

Mentha Arvensis Leaf Oil – also known as wild mint oil, this oil is known for its refreshing and invigorating benefits that stimulate the scalp and promote circulation.
Peppermint Oil – can assist in regulating sebum production and controlling oiliness.
Salicylic Acid – helps to remove dead skin cells, excess oil and product build-up from the scalp, promoting a healthier environment

Real results in just 30 days:
85% of consumers noticed a thickening effect
80% noticed an increase in hair density
80% noticed an increase in hair fullness

*based on a survey of 230 U.S. panellists concerned about thinning hair who tried the Nioxin systems, (each tested 1 system kit). Conducted by SIRS, 2016.