Think of the key to perfect skin as a balancing act. Literally.
Your skin's pH balance is probably one of those things you've heard a whole lot of buzz about, but never knew exactly what it... well, really meant. Don't feel bad! You're not alone. In fact, we're willing to bet even the biggest skincare junkies could stand to learn a thing or two about pH balances and how they effect our skin. Read on!
It basically goes a little something like this: it all starts with your acid mantle. Your acid mantle is made up of amino and lactic acids, plus sebum, also known as fatty free acids. The acid mantle just so happens to protect skin from environmental factors that lead to aging and all-around irritation. The acid mantle creates your skin's pH. The pH scale measures the concentration of hydrogen from 1 to 14. Anything over 7 is alkaline, which in this case is not a good thing: if your skin is on this side of the scale, it's probably dry and prone to fine lines and wrinkles. Skin that's too acidic, on the other hand, will appear oilier, irritate easily and is breakout-prone. In an ideal world, your skin's pH should be at around 5.5—that's slightly on the acidic side (just enough oil so that you maintain a nice glow). See?
We know a balanced pH means everything to your skin—which is why we publish it on all of our products. We formulate every DE product with skin's pH in mind. AHA, BHA and Vitamin C serums are especially tricky to formulate for that sweet spot. If they fall below it, they'll irritate and sensitize your skin; but if they fall above, they just don't work. The ideal pH for AHAs to function without causing undue irritation is 3 - 4; for Vitamin C, between 3 and 3.5 will do the trick.
Cleansers are another common culprit of pH abuse, since most are formulated to be incredibly drying and strip the skin of the oils your acid mantle needs to maintain acidity. Anything above 7 should be avoided. Our Pekee and Juju bars are right on target, coming in at 6.51 and 6.34 respectively— allowing just enough surface tension. In other words? You'll never be left wondering, 'what the pH?!' again.