The Chemistry of Hair Coloring

The very first thing that enters your mind when individuals see hair color is "charm." But, what most do not understand is that chemistry plays a significant role in lots of daily items. What makes the colors so pretty and attractive? How can hair color result artificial hair? The concern I want to address is "what are the results of hair color on synthetic hair?" I selected this subject since I wished to discover how to color hair and use it to chemistry.

Hair coloring is a type of organic and inorganic chemistry. Organic chemistry involves carbon, whereas inorganic chemistry does not.

Hair color is (or can be) a long-term chemical that is used to put a particular color in hair for vanity, or any other cause. There are numerous types of hair color such as: permanent, semi- irreversible, rinses, and bleaches. Schuller is likewise referred to as the founder of L'Oreal, the world's leading nation in cosmetics and beauty. However, even before then, people have been coloring their hair for centuries.

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Lots of things that were used as medium were plants and minerals that have included henna (short-lived), and black walnut shells. Likewise, a number of these techniques are used in modern-day salons.

Such methods consist of adding foil in the hair for a better result. My hypothesis is that if I apply hair color to two kinds of synthetic hair (Galaxy: Shake n' Go, Test A and Express Lock Sleek, Sample B), then there will be a much better outcome on Sample B.

I think that my hypothesis is correct since Sample A is a cheaper brand name. The brand name matters because the more pricey the hair, the better the quality. So, what is artificial hair? Artificial hair is material that appears to be hair, but is actually made from non-human fibers such as Kanekalon, which is man-made hair, and Mono-fiber.

Synthetic hair is commonly called “weave. ” The fibers are flammable and can spark a fire in no less than ten seconds if exposed to an open flame. Before I started my experiment, I gathered my materials. The materials needed for this experiment were: I used two types of hair color, Bigen (Blue Black) and Bigen(Light Chestnut) (box containing: the dye powder), gloves, mixing bowl, water, basting brush, and a comb. I used two types of synthetic hair, Milky Way Shake n’ Go (Sample A) and Milky Way SAGA (Sample B). But, since I am not coloring an actual person’s hair I don’t need shampoo, conditioner, tipping cap, or a comb.

When I started the experiment, first, I pulled back my hair and took off any loose accessories. Next, I put on gloves and a smock to protect my skin from chemicals. After I was covered completely, I started the experiment. First, I poured the dye powder into a plate since I did not have a mixing bowl. Next, I got a half of a cup of water and mixed it with the powder. After the solution was evenly mixed, I let it sit for about one minute. I cut the samples in half to have data on my board. When the samples were cut in half, I took the basting brush and covered the samples with color.

When the color was on the hair, I had to let them sit for thirty minutes. When the thirty minutes passed, I rinsed the hair twice each and set them in sandwich bags labeled: A and B. When the experiment was over, I cleaned all of the tools I used and my area off. When going back over what I did in my experiments I recorded my observations. In the experiment, when I was mixing the hair color, as I mixed the solution got thicker and thicker. The hair that I used was very thin and soft. What are the effects of hair color on synthetic hair?

My hypothesis was that if I apply hair color to two kinds of synthetic hair, then there will be a better outcome on Sample B. I thought that my hypothesis was right because Sample A is a less expensive type of hair. My hypothesis was rejected because although Sample A was less expensive, it was thicker and could take in more color that Sample B. My results did not support my hypothesis. In the experiment, I learned that coloring hair is strongly related to chemistry. It is related to chemistry because it requires mixing chemicals and creating new solutions.