Does Acrylic Wick Moisture?

Does Acrylic Wick Moisture 1024x536, Moisture-Wicking Shirts

It’s no secret that keeping your body hydrated is crucial for performing at your best during and after exercise. But what about the material of your gear? Does it make a difference if it’s made of acrylic or not? As it turns out, the answer may surprise you.

Acrylic fiber is a synthetic material found in the same categories as wool. Still, it also has moisture-wicking properties, making this an excellent alternative for those who prefer not to use animal products.

Moisture-wicking material is intended to absorb sweat away from the skin. In other words, they are designed to keep you dry. While participating in physical activities like workouts that may cause sweating or when exposed to rain, snow, or water in some way, you should wear moisture-wicking materials.

However, not all materials are equal when it comes to moisture-wicking qualities. For instance, cotton doesn’t do a great job keeping you dry because its molecules attract the polar molecules in water. Due to this, cotton is commonly called a “water-loving” fabric.

It is excellent for bath towels but terrible for socks because of this. On the other hand, Merino wool is a ” water-resistant fabric.” That is, rather than absorbing water; it repels it. Merino wool is also antimicrobial, making it an effective sock material for combating odor-causing microorganisms.

Is Acrylic a Moisture-Wicking Fabric?

Acrylic is characterized as synthetic fiber; therefore, like any other synthetic textile like polyester, acrylic also features moisture-wicking capabilities. In addition, it is used as an artificial wool replacement and is a common material used to make synthetic wool socks. Acrylic, on the other hand, has the limitation of being combined with some other fibers because it is seldom employed alone.

But What Makes Acrylic Different From Other Synthetic Fibers Like Polyester?

The properties of the fibers can be modified; this is why most moisture-wicking fabrics are comprised of synthetic materials. So either the fibers’ structure is designed to allow moisture to flow through more efficiently, or the threads are treated with a chemical that inhibits water from penetrating the fibers.

Acrylic is better at trapping heat, while polyester is fantastic at wicking moisture. As a result, acrylic is generally used for warmer garments, whereas polyester is usually used for sportswear that requires a lot of sweating. Both have their benefits and drawbacks, but they’re still widely used.

Polyester Vs. Acrylic


Polyester is water-repelling, which implies it has a low tendency to absorption of water. Polyester filaments allow the water to pass through, making it an efficient moisture-wicking fabric. That’s why it’s often used in clothing that needs to be incredibly breathable – it only takes a few production tweaks to provide polyester with excellent ventilation qualities.

One example is the soft shell jackets that are very lightweight and breathable. Synthetic materials are not impervious to moisture, which is a typical misperception. Please take note that polyester is a man-made fabric, which means it can be altered during the production process. It’s possible to optimize specific properties by modifying the fibers throughout the manufacturing process.

You may make it incredibly breathable or completely water-resistant. These are why so many distinct polyester clothing with various attributes are sold on the market. Polyester is constantly combined with natural fibers to make more rigid and robust textiles.

When polyester is mixed with cotton, it produces a robust but breathable textile that feels comfortable against the skin. Blended with other synthetic fibers, it generates a fabric resistant to almost all elements.


Acrylic fiber fabrics are produced from acrylonitrile, a synthetic polymer. Acrylic fabric is a fossil fuel-based material developed by combining particular petroleum or coal-based compounds with many monomers. DuPont initially developed them in 1941 and were not produced commercially until the 1950s; they were used in many uses, especially in garments.

Acrylic fibers are fantastic at wicking moisture away from the skin. They are usually blended with natural wool to increase their water resistance properties. That is why most acrylic products are garments for cold and rainy conditions – the material’s elements flourish under the said circumstances.

They are also highly durable and cozy, making them suitable for sweaters, tracksuits, and the warm and fuzzy linings of boots and gloves. Moreover, acrylic is one of the warmest synthetic materials available thanks to its outstanding heat-retention attributes.

However, acrylic’s lack of ventilation is the principal determinant of its distinctive heat retention characteristics. Because of its inadequate ventilation, the material is suitable for insulation and heat entrapment.

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