Unpacking TikTok’s Micellar Water Bubble Trick: Does It Work?

TikTok is no stranger to beauty hacks, with users constantly sharing tips and tricks that claim to revolutionize skincare routines. One recent trend that has caught the attention of many is the micellar water bubble trick. But does it work, or is it just another viral fad?

What Is the Micellar Water Bubble Trick?

The micellar water bubble trick is a simple yet intriguing technique circulating on TikTok. It involves pouring micellar water into a container and vigorously shaking it to create bubbles. These bubbles are then used to cleanse the face, with users claiming that the airy texture provides a more effective and gentle cleanse than micellar water alone.

Micellar water is a widely praised skincare product known for its ability to attract and lift away dirt, oil, and makeup from the skin without rinsing. The micelles, or tiny oil molecules, suspended in soft water, work like magnets to cleanse the skin. The bubble trick adds an extra step, with the idea that the foam created by shaking might enhance the cleansing process by spreading the micelles more evenly across the skin.

using micellar water

Does It Improve Cleansing?

While the micellar water bubble trick might seem like a fun and innovative way to cleanse your face, little scientific evidence supports its efficacy. The bubbles created by shaking the micellar water are primarily composed of air and do not fundamentally change the micelles’ cleansing ability. Some users report a refreshing and soft sensation from the bubbles, which might enhance the experience of using micellar water, but it does not necessarily translate to a better cleanse.

Shaking the micellar water vigorously could diminish the micelles’ effectiveness, as over-agitation can break down the structure of micelles, possibly reducing their ability to trap and remove impurities from the skin. Therefore, while the bubble trick might feel satisfying, it is unlikely to offer any significant benefits over using micellar water in its traditional form.