Neutrogena - Hydro Boost Gel Cream - 50ml

PRODUCT DESCRIPTION

• Everyday moisturising gel cream
• Supercharged with Natural Moisturising Factor (NMF) – 20% more Hyaluronic Acid**, Amino Acid, Electrolytes and Ceramides
• Clinically proven hydration for up to 72 hours
• Acts as a protective layer over the skin to help prevent moisture loss
• Non-comedogenic
• Oil and fragrance-free
• Developed with dermatologists
• Fully recyclable glass jar & carton

*vs untreated skin

** vs. previous formula

Who It’s For

• Dry
• Suitable for sensitive skin
• Also suitable for people who may be prone to acne/spots

What It Does

• Natural Moisturising Factor (NMF) is a group of moisturising ingredients that are found in your skin and help maintain skin hydration. NMF depletes over time with exposure to external aggressors. Hydro Boost Gel Cream, supercharged with an NMF complex, is clinically proven to instantly deliver deliver 6x more hydration* and hydrate dry skin for up to 72 hours.

  *vs. untreated control

• Created with a unique hyaluronic acid gel matrix, which replicates a sponge allowing it to absorb 1,000 times its weight in water.
• Hydro Boost NMF complex contains:
  • 20% more Hyaluronic acid** helping retain water to boost hydration
  • Amino acid, known to support and strengthen the skin barrier
  • Electrolytes, known to boost ingredient absorption
  • Ceramides, known to soothe and protect skin’s moisture barrier
• The formula helps to preserve the moisture barrier so your skin can retain hydration it would otherwise lose, for a supple, dewy glow that lasts all day long.
• 600 hours of hydration in a jar.
• Intensely hydrates skin for a healthy, hydrated glow.
• Our smart gel moisturiser naturally holds moisture in when the skin needs it, minimising the look of dehydration lines.
• Acts as a protective layer over the skin to help prevent moisture loss, leaving skin looking healthy, hydrated and more resilient to moisture loss.
• Our powerful formula helps to protect the skin from external aggressors that contribute to dehydration.