Gillette Venus Glow Post-Shave Oil Infused Moisturizer – Hydrating Aftershave Moisturizer for Women, 12 oz

Meet Gillette Venus Glow Post-Shave Oil Infused Moisturizer, a 12 oz body lotion designed to hydrate and soften skin after shaving and to keep skin comfortable between shaves. The formula combines humectants and rich emollients to deliver lasting moisture without leaving a greasy or sticky feel. While it’s crafted for post-shave care, you can also use it daily as part of a to-to skincare routine to maintain a smooth, healthy-looking glow from head to toe. With skin-loving ingredients like coconut oil, aloe, niacinamide, and a touch of Olay, the lotion is designed to nourish without harsh additives. It is formulated without parabens, dyes, or SLS sulfates and has been dermatologist tested for peace of mind. The result is a lightweight moisturizer that absorbs quickly, helping you feel moisturized without residue, so your skin can bask in a fresh, ocean-inspired vibe after every shave.

Key benefits

• Deep hydration through a blend of humectants and emollients for lasting moisture
• Fast-absorbing, non-sticky finish that sinks in without a greasy afterfeel
• Skin-loving ingredients including coconut oil, aloe, niacinamide, and a touch of Olay
• Dermatologist tested and free from parabens, dyes, and SLS sulfates
• Designed to complement the Venus Shave Trio for a complete post-shave glow

How to use

• Apply to clean skin after shaving for post-shave hydration, or between shaves for daily moisture
• Massage all over the body, focusing on legs, armpits, or areas prone to dryness
• Allow a few moments to absorb before dressing for a comfortable, refreshed feel

Texture and sensory notes are designed to feel light and soothing, with a coastal-inspired vibe that complements a breezy shaving routine. For a complete ritual, pair Venus Glow with the Sea Salt Exfoliant and Venus Shave Cream to prep, protect, and glow after every shave. The 12 oz bottle provides a generous supply for daily use and long-term routine adherence without sacrificing performance.