Ozonated Glycerin: The Under-the-Radar Skin Ingredient That Actually Works
Let’s be honest: most “anti-aging” skincare is just expensive marketing. But every so often, something niche but powerful slips under the radar. One of those? Ozonated glycerin.
It might sound like something out of a lab experiment—but it’s actually a well-researched compound that supports skin health from the root up. And no, it’s not just hype.
What is ozonated glycerin?
It’s created by infusing medical-grade ozone into plant-based glycerin. The result? A silky gel packed with active oxygen molecules that have antimicrobial, anti-inflammatory, and healing properties. Think: barrier repair meets regeneration—without the irritation.
Why should you care?
Even if you’re eating clean and using your SPF, skin aging is driven by two main things: inflammation and oxidative stress. Ozonated glycerin addresses both—while also improving oxygenation and boosting your skin’s natural antioxidant defense. It basically makes your skin more resilient over time.
5 science-backed reasons to consider it:
Increases oxygenation → more glow, better collagen production
Reduces inflammation → good for redness, sensitivity, and post-procedure care
Stimulates antioxidant enzymes → like SOD and glutathione
Balances skin microbiome → naturally antimicrobial without stripping
Supports healing + barrier repair → great after peels or microneedling
How to use it:
Apply a thin layer after cleansing and before your moisturizer, 2–5x/week. It’s especially good at night or after skin treatments. And yes—it smells a bit like fresh air after lightning. That’s ozone. Totally normal.
Bottom line?
You don’t need a 12-step skincare routine. You need ingredients that actually do something—beneath the surface. Ozonated glycerin isn’t a trend. It’s functional skincare that makes sense, especially if you care about long-term skin health, not just surface glow.
NB: If you are in Europe it is easier to get hold of ozonated skin care based on sunflower or olive oil from PUR 03. Similar effects.
