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The Benefits of an Infrared Heating Hairbrush
The Benefits of an Infrared Heating Hairbrush
An infrared heating hairbrush is a styling tool that uses far-infrared heat to help dry and style your strands, delivering results that are smooth, shiny, and frizz-free.infrared heating hairbrush Unlike traditional hair dryers, which can emit damaging UV rays that penetrate the hair cuticle and weaken it, infrared heat does not. This means it is less likely to damage strands, especially if you apply the heat slowly and gently.
Infrared heating emits a gentle, moisturizing heat that penetrates the hair shaft and helps to lock in moisture to protect it from drying out, and it also prevents static electricity.infrared heating hairbrush This is why it is so effective at preventing frizz and adding shine to your hair. It also helps to retain natural oils in your hair during styling, which can make it look healthier and glossier.
This technology allows the hairbrush to work in half the time of a standard straightener by heating the hair from inside out.infrared heating hairbrush The tourmaline-infused ceramic plates deliver a combination of negative ions and far infrared heat to the hair to help fight frizz, strengthen the hair shaft, and give it that extra bounce. Plus, the airflow system is designed to release millions of ions to reduce static and boost shine.
In addition to the ion technology, this brush also has an ultra-smooth surface that glides effortlessly through your strands and leaves them silky, smooth, and hydrated. It comes with multiple heat settings so you can choose the one that best suits your hair type and length, as well as a built-in cooling fan to keep your scalp cool and comfortable during use.
When it comes to using a heat-styling tool, it's important to always follow the manufacturer's instructions and remember to apply a high-quality hair protectant spray or cream prior to use. This will help to prevent breakage and split ends that can be caused by exposure to high temperatures.
For those with damaged strands, it's also important to avoid using hot tools over 375 degrees. Trygstad explains that finer strands start to break down at 390 degrees, while coarser strands can begin to become damaged at about 410 degrees.
This is why it's important to look for a hairbrush that features an infrared heating element that's able to operate at a lower temperature range. The hairbrush featured in this article, for example, is able to maintain a temperature within the desired range by alternating between an air heating circuit and a tungsten infrared heating element.
In addition, the infrared heating element is able to be selectively energized so that it only heats up when the hairbrush is in use and not when it's not. This can significantly reduce energy consumption. The infrared heating element can also be adapted to work with any hairbrush by utilizing a variety of different mounting configurations. For instance, it can be attached to the end of the brush or mounted on a separate attachment such as a paddle that extends out from the body of the hairbrush.
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