Hair goes through a lot. Washing, brushing, drying, curling, straightening—all these things and more can leave hair dry and brittle.

 

That’s why you use conditioner. It brings hair back to its natural beauty with a full and healthy look. (It smells pretty nice, too.) 

 

It’s usually easy to see the benefits of using conditioner, but do you know what’s really going on when you work it through your hair? Let’s take a look at the science behind hair conditioner and see how to get the most out of using it.

 

 

 

 

Here’s a simple explanation about the structure of your hair: Each hair is made up of tiny cuticles. Under a microscope, these cuticles look like overlapping flakes spiraling along the hair from root to tip. Of course, the hair we see on our heads is not actually alive, so these cuticles don’t receive nutrients from the body. That means they can easily become frayed and weakened from heat and styling.

 

That’s where conditioner comes in handy. Conditioners contain a variety of ingredients that are supposed to smooth out hair and give it that healthy look.

 

Examples of these substances are: surfactants, oils, humectants, silicones, and proteins.

 

Different conditioners contain varying amounts of these, but they’re all intended to smooth out cuticles and seal hair to prevent it from future styling damage.

 

The most important thing to keep in mind is that conditioner needs to be applied completely to all hair strands for it to be effective. That can be hard to do sometimes, especially if you have long, thick hair. But there are ways to make it easier.

 

 

 

 

The Remington Conditioning Brush is designed to maximize conditioner distribution. It dispenses conditioner as you work the detangling silicon bristles through your hair, leaving nourishment along the entire hair strand.

 

The brush is proven to be four times more effective than manual application, and it works with any conditioner for all hair types. Make the Remington Conditioning Brush part of your beauty routine and see what science can do for your hair.