The Science Behind Infrared Technology for Heat Styling

Published on 30 August 2024 at 16:37

Hair (Dear) Diary,

If you have textured hair, you've likely experienced the struggle of finding the right heat styling tools that work effectively without causing damage. Enter infrared technology – a revolutionary approach that's changing the game for heat styling, especially for those with curly, coily, or kinky hair textures. I've seen it in the market for a few years now, as a hair pro, I like to allow the market to test it.

Let's get into it.

 

The Science Behind Infrared Technology

 

Infrared (IR) is a type of electromagnetic radiation that's invisible to the human eye but can be felt as heat. In the context of hair styling, infrared technology uses long-wave infrared rays to heat hair from the inside out, rather than just applying heat to the surface. Most heat styling tools I have seen have the red-light strips on the areas where the hair typically passes.

How Does It Work?

Traditional heat styling tools apply heat directly to the hair's surface. A heating element conducts heat to the metallic plate surface that the hair is passed on to restructure the hydrogen bonds. For women with textured hair who opt for a style change, flat irons, pressing combs and the stove irons have all used the traditional heat conduction method. Infrared technology takes a different approach:

  1. Inside-Out Heating: Infrared rays penetrate the hair shaft, heating it from within and traditional convention heats the cuticle layer.
  2. Even Heat Distribution: This internal heating ensures more uniform heat distribution throughout the hair strand, which reduces the need for passing the hot tool multiple times on the same sub-section of hair.
  3. Moisture Retention: Infrared heat helps to seal the hair cuticle, locking in moisture and natural oils that were previously deposited.
  4. Faster Styling: Because the heat is applied more efficiently, styling time is often reduced.

 

Is It Healthy for Textured Hair?

 

While any heat styling comes with some risk, infrared technology is generally considered a healthier option for textured hair. Most infrared heat styling tools currently on the market have dual tech heat distribution, conduction and infrared.

  • Less Surface Damage: By heating from within, there's less need for direct heat on the hair's outer layer, reducing the risk of heat damage due to high temperature exposure.
  • Improved Moisture Balance: The sealing effect on the cuticle helps maintain the hair's natural moisture, which is crucial for textured hair types.
  • Reduced Frizz: The even heating and moisture-sealing properties help to combat frizz, a common concern for those with textured hair.
  • Lower Heat Settings: Many users find they can achieve desired results at lower temperature settings, further reducing the risk of damage.

While infrared technology offers these benefits, it's important to remember that proper heat protectants and careful use are still essential for maintaining healthy hair. Always follow the manufacturer's instructions and listen to your hair's needs.

In conclusion, infrared technology in heat styling tools presents a promising option for those with textured hair, offering a way to achieve desired styles with potentially less damage and better results. My interest in thus hair technology led me to Aria Beauty's collection. After conversations with the team and using their tools first on my hair, then in the salon on my clients, I have chosen their line as the one I would professionally recommend.

 

If you have any questions about which options to invest in, I'm happy to have a quick consult with you.
I like when you feel safe to make informed decisions, we are no longer doing trial and error purchases.

 

Textured Hair Care has Experts.
Textured Hair Care has Agents.
Textured Hair Care has Advocates.

 

Use this link to purchase the Infrared Collection Line, enjoy a 20% discount on me.
Use Code: ILOVEMYTEXTURE

 

 

Yours wholeheartedly,
ShimiliaB

Add comment

Comments

There are no comments yet.