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Sasha Jacob – 5 Properties that Make Graphite Extremely Unique

Graphite has since been a great deal to humans. In times when technology was not at its peak, minerals and other raw materials were of good use. They have learned ways in using these naturally occurring sources in everyday lives.

But how did we go from using graphite as a simple marker to incorporating it in lithium-ion batteries? The answer lies in how much developers have learned about it in the past years.

We know graphite as a soft, grayish-black, greasy substance which we have been subsequently using as the lead to our pencils. It has also made some researchers scratch their heads due to its behavior. Sometimes, graphite can behave like a metal and conduct electricity but also like a nonmetal,  resisting high heat.

With reference to graphite, it has become a booming investment recently.  Ceylon Graphite, a company exploring and developing lump vein Graphite mines in Sri Lanka, is one of the few large names which have tapped into the burgeoning industry.

Financial expert and leader Sasha Jacob believes that graphite holds a great potential. With its unique properties, it’s bound to serve different industries.

Sasha Jacob talks about the valuable properties of graphite.

How It Occurs:

Unlike some minerals, graphite is not as common as you think. Real, authentic, natural graphite can be found in India, Sri Lanka, and Russia. In the western hemisphere, graphite can be mined in New York and Pennsylvania.Fake graphites almost look and feel similar. They are made from hard coal or coke in an electric furnace.

Its Structure:

Graphite possess carbon atoms that are arranged in flat planes of hexagonal rings which are stacked on top of each other. Technically, each carbon atom sticks to other carbon atoms on the same plane. Because of this, only three out of four valence electrons are used in carbon-carbon bonding, which remains loosely between the planes.

This explains why graphite can become a perfect conductor of electricity. However, Sasha Jacob says its soft and slippery characteristics also make it an ideal lubricant.

Its Useful And Unique Properties:

1. It is a soft, slippery, and dark substance. It can be easily recognized due to its metallic luster and opacity to light.

2. It is an excellent conductor of both electricity and heat.

3. Graphite is a stable allotrope of carbon. But at an extremely high temperature, it can become a synthetic diamond.

4. It has a specific gravity of 2.3.

5. Due to its chemical makeup, it can be more reactive than diamonds.

Its Uses:

1. The lead in your pencil isn’t actually lead. It’s actually a mixture of clay and graphite. It makes the pencil’s lead vary in strength, depending on the different proportions of the clay being mixed into it.

Its weakly held carbon atoms allow it to easily glide on paper and leave a dark trace.

2. Its slippery nature makes it a perfect lubricant for mechanical parts.

3. As mentioned earlier, the presence of loosely bound electrons makes graphite a good conductor for both electricity and heat.

4. It can absorb fast-moving neutrons. Because of this, it’s used in nuclear reactors to control the speed of the nuclear fission reaction.

Although we’ve made a great progress in terms of developing graphite, we still have a long way to go. But for the meantime, let’s appreciate what it has to offer.

Sasha Jacob and Ceylon Graphite believes in the potential of graphite in Sri Lanka. Not only will we be seeing more of graphite in our art supply, or using it to lubricate our machine parts, but we can also expect it to contribute to other industries. One breakthrough is its incorporation in modern medicine.



This post first appeared on Sasha Jacob – Jacob Capital Management Inc, please read the originial post: here

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Sasha Jacob – 5 Properties that Make Graphite Extremely Unique

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