The Science Behind Ionic Hair Dryers: Is it worth buying one?

the science behind ionic hair dryersThere actually are people who would not leave home if they could not get their hairdryer to function. For folks like these, having the product that will dry hair quickly without doing any damage is very important. Ionic hair dryers have gotten some attention lately. If you really rely on your hair routine in the morning, it’s a good idea to learn more about how these products work.

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There are two reasons that some people say they don’t care for typical hairdryers. Because of humidity and hair type, some people find that dryers leave their hair looking too puffed up. Other folks know that heat will cause damage in the long run, so they’d prefer to just let their hair air dry.

How Do Ionic Hair Dryers Work?

Ionic science began back in the 1830s. This is when a scientist called Michael Faraday came up with his first theories about these particles. Basically, the addition of an electron will produce negative ions. Taking away an electron gives an atom a positive charge. In other words, the concept of ions is all about positive and negative charges.

What does this have to do with hair dryers? An ionic hair dryer is a device that works by using something called the corona effect. Within the device, there is a voltage that charges an ion emitter. This is made up of tiny steel pins. It creates an electric field near the points of these pins. The purpose of this is t accelerate the level of energy of free electrons to get them to collide with air molecules and ionize.

This is how this works:

  • Negative voltage makes negative ions.
  • Positive voltage makes positive ions.

Benefits Of Using Ionic Hair Dryers

Typical hair dryers will create negative ions. These ionic hair dryers are supposed to offer users a few benefits. One of these is that they dry hair faster but still do less damage than ordinary hair dryers on the market. They are advertised to leave hair shiny and smooth.

How does this work?

It’s supposed to be because of the way that ions and water interact with each other. The ions work to make water molecules smaller, so it is easier to get them to evaporate and leave hair dry. In any case, the point is to get hair to dry faster without the potential for damaging hair.

Another advertised advantage of these smaller particles or water is that they can penetrate the hair shaft better. That way, the hair is dried but left moisturized. Typical hair dryers are very famous for leaving hair dried out and frizzy. That’s why there are so many products on the market to prevent or remedy dried out and damaged hair.

The basic benefits of ionic hair dryers include these:

* Hair dries faster because the size of water molecules gets reduced.
* These smaller molecules can easily penetrate hair, and excess water may evaporate more quickly.
* Hair should be left smooth and not frizzy because the drying process doesn’t take as long and more water goes into the hair shaft.

Do Ionic Hair Dryers Really Work?

CHI Ionic Hair DryerAt this time, there aren’t really any scientific studies that back up the producer’s claims. This doesn’t mean that the product claims are false; it just simply means that scientists may have better issues to spend their time and budgets on. It is interesting to look at reviews from people who use these new devices.

Consumers are usually positive about their experience with ionic hair dryers. In reviews, many consumers say that they can dry their hair faster and that their hair looks a lot better. Other reviewers have left comments that they really didn’t experience much difference between an ionic and regular hair dryer. A very few were negative about their experience.

The general takeaway is that ionic hair dryers probably work at least as well as regular hair dryers. Some people noticed an improvement.

Is Ionic Hair Dryer Science Valid?

There are a lot of different reasons that hair takes a certain amount of time to dry. For example, the hair’s body, length, and texture matter a lot. So does the environmental humidity in the location of the user. Trying to dry hair in a humid bathroom after taking a shower can take longer than if hair is dried somewhere else.

Conditioners and other products could also affect drying time and final results. It would be interesting to see an actual study done on these products. For now, it’s safe to assume that people with some kinds of hair and environmental factors do find that ionic dryers work better for them. Others might find they make no difference at all. A few consumers even preferred their traditional hair dryer.

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