They're both acids merely, while there are a few similarities, they mostly offer different benefits for your peel. What happens when you lot layer both ingredients in the same routine? Tin can yous use hyaluronic acrid and glycolic acid together?

Can You Use Hyaluronic Acid and Glycolic Acid Together?

Similarities vs Differences Between Hyaluronic Acid & Glycolic Acrid

Glycolic acrid is an alpha-hydroxy acid (AHA) made from the sugar cane plant. It helps to exfoliate your skin past breaking down the bonds that concord your private pare cells together and allowing them to be shed from the surface of your peel with more than ease.

The result? Smoother and brighter skin.

AHAs, like glycolic acid, also help to boost collagen production, lighten dark marks, care for acne, and hydrate your skin through their humectant effects.

Hyaluronic acid is also a humectant, withal, unlike glycolic acid, it's non an exfoliating acid.

Humectants are hydrating skincare ingredients that draw water from your dermis and/or your surrounding surround into your skin.

Hyaluronic acrid is one of the most popular and effective humectants bachelor and is able to bind upwards to 1000x its weight in water.

It's also naturally present in your pare as office of your natural moisturizing factors (NMFs).

While glycolic acid isn't found naturally in your peel, another AHA, lactic acid, is.

Can Yous Utilize Hyaluronic Acrid and Glycolic Acid Together?

One business concern regarding the use of hyaluronic acid and glycolic acrid together is in regard to how each ingredient should ideally be used.

Glycolic acid is ideally applied to dry peel, while hyaluronic acid is ideally applied to clammy skin and followed with a moisturizer/occlusive.

This makes it a footling trickier to combine both ingredients together while sticking to these 'rules'.

Does it hateful that you shouldn't combine hyaluronic acid and glycolic acid together in the same routine?

Not at all!

Y'all just need to empathize why these so-called 'rules' be in the start place.

The principal reason that yous are brash to use glycolic acid on dry out skin rather than damp skin is because damp peel is more permeable – significant that skincare ingredients observe information technology easier to penetrate your skin's bulwark.

That'south smashing for most skincare ingredients, isn't it? Subsequently all, easier penetration means increased effectiveness, right?

Right! Except, increased effectiveness also means an increased take chances of irritation.

*sigh*

As glycolic acid increases your skin cell turnover, information technology comes with a high risk of skin irritation, and applying it to damp pare increases this risk.

Hyaluronic acid isn't irritating and, because it draws water into your skin, the damper your pare the better!

Information technology's particularly important to utilise hyaluronic acid to damp peel if yous live in a dry climate. This is considering hyaluronic acid tin can only describe water from your surround if there is plenty of moisture in the air (a boiling climate).

If there isn't much moisture on the surface of your skin or in your surrounding environs, hyaluronic acid can only depict moisture from your dermis.

In most cases, this isn't a trouble – your dermis has enough of wet to spare. However, if all the wet beingness pulled from your dermis isn't locked in with a thicker moisturizer, it can escape from your epidermis and leave y'all with dehydrated skin.

Hyaluronic acrid can likewise draw the h2o from the thicker moisturizer into your pare.

So how tin you go around the clammy vs dry skin event?

  1. If your skin is not easily irritated, you lot could apply hyaluronic acid onto your skin that's damp afterward cleansing, then employ your glycolic acrid and follow with a moisturizer.
  1. If yous're using a glycolic acid toner, you lot could apply that to your dry face, use a facial mist to add moisture, and so apply your hyaluronic acrid and lock it all in with a moisturizer.
  1. If you have sensitive skin, you could look for a moisturizer that contains glycolic acrid (you may even be able to notice i that has both hyaluronic acid AND glycolic acid – which brings us onto betoken number iv…)
  1. Yous could apply a product that combines both ingredients for you.
  1. You could apply a glycolic acid serum After your moisturizer – yes, that's right, active ingredients will yet work if applied after moisturizers – this also has a 'buffering' effect which can help reduce pare irritation.

Skincare Ebook

Should Y'all Utilise Hyaluronic Acrid and Glycolic Acid Together?

Now we know that you tin can use hyaluronic acid and glycolic acid together, should you? Are there any benefits to this ingredient combination?

Hyaluronic acid and glycolic acid actually complement each other quite well when it comes to anti-aging.

When your peel cells are well hydrated, they keep your skin looking plump and bouncy by increasing its elasticity – this means that your skin can 'bounciness-dorsum' later on performing facial expressions or being poked and pulled at.

Glycolic acid, on the other hand, increases the corporeality of collagen within your skin which provides cushioning and volume, every bit well as reducing fine lines and wrinkles.

The other main benefit of using hyaluronic acid and glycolic acid together is reducing the irritation experienced with glycolic acid.

For example, a pocket-sized clinical study found that the use of a cream containing hyaluronic acid and hibiscus afterward a 70% glycolic acid peel helped skin recover faster and provided a better overall pare appearance than when a cream without these ingredients was used.

Tissue samples treated with the same routine demonstrated that the combination of hyaluronic acid and glycolic acid also led to more collagen production than when glycolic acid was used alone.

Summary – Can You Use Hyaluronic Acrid and Glycolic Acid Together?

Yes, you absolutely can use hyaluronic acid and glycolic acid together in the same skincare routine! In fact, this combination may heave collagen product and reduce the irritation potential of glycolic acid.