What Is Graphene?

Even though it is a relatively new substance, graphene is becoming one of the world’s most popular building materials. The strong material is essentially a thin layer of pure carbon. The carbon atoms are tightly bounded together, creating a solid wall that is nearly impossible to penetrate. With a light weight and being such a tough and unyielding substance, graphene naturally has a plethora of practical uses. Graphene is also relatively cheap and easy to produce. This is why graphene production companies are popping up all over the world. The market for the durable material has never been better. Here are 4 practical uses for graphene.

Thermal Applications

Graphene production companies produce the world’s most conductive material to extremely hot temperatures. This makes graphene perfect when creating heat-spreading solutions. This is useful in making LED lights more efficient making them last longer than ever before. Graphene is also used when constructing heavy duty thermal foils that are used for mobile devices. The bottom line is that graphene can withstand the most extreme temperatures, letting scientists and inventors accomplish things that they never before thought were possible.

Building Materials

Graphene’s light weight and incredible strength make it a perfect building block for most materials. Just adding a trace amount of the substance to a plastic, metal, or other substance can make that material substantially stronger. Graphene also makes these materials much lighter. Stronger and lighter building materials are obviously ideal for production companies all over the world. Graphene-enhanced composite materials are beginning to take the market by storm, thus eliminating older, heavier, and more expensive building materials.


Not only is graphene incredibly strong, but it is also one of the world’s thinnest materials. This makes it perfect for energy storage. Graphene can make batteries lighter and more durable than ever before. The substance also has the ability to shorten charging times and extend a battery’s overall life. Graphene adds conductivity to a battery without using the regular amount of carbon that was previously featured in a battery. In a world that relies so much on battery power, graphene is truly irreplaceable.

Solar Panels

More and more people are now relying on solar power. Residential uses include solar lighting, heating, and ventilation systems. Smaller household appliances also rely on solar power. Graphene’s unique transparency and conductivity make it perfect for producing more efficient solar panels. Furthermore, the substance being produced by  graphene production companies is much stronger than silicon, which is traditionally used in solar panels. Utilizing graphene leads to longer lasting solar panels that effectively collect energy.

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