What is Ground Carbon Fiber?

Carbon fiber, which is among the ground fibers, is also called carbon fiber powder. Ground carbon fiber can be defined as an additive used in the process of manufacturing high performance thermoset and thermo plastic materials.

The particle size of carbon fiber powder varies between 100 – 400 microns. It is especially preferred in the construction and production of materials where electrical conductivity and abrasion resistance are of great importance.

Since it is structurally in powder form, it is recommended by experts to be used with special sensitivity within the framework of occupational safety rules during application.

Carbon fiber, which is among the ground fibers, has a light structure. It is widely used due to its high chemical resistance. It is a material that provides advantages in reinforcement applications.

As a result of its high durability, the material life is also longer when compared to other resistant materials.

The only prominent disadvantage of carbon fiber is that it can put more strain on the budget compared to other materials. However, this disadvantage is often outweighed by its long-term use.

How is Ground Carbon Fiber Produced?

Since ground carbon fiber and ground e-glass have recently been used in building reinforcement applications, their production can be carried out without compromising on quality. Ground carbon fiber, which is used in building reinforcements due to its high strength, lightness and durability, is a product that requires precision in production and requires working in accordance with the principles of professionalism.

When we look at the stages of carbon fiber production, we see that it consists of 4 stages. These stages are oxidation, carburizing, surface treatment and plating.

In the oxidation process, the fiber material is heated under a temperature of 300 degrees. With this process, oxygen is added to the substance. The separation of hydrogen from the fiber takes place at this stage.

In addition, when the fiber changes color, it first turns brown and then black.

In the second stage, carbonization, heat is transferred to the fiber in a non-flammable environment up to 3000 degrees Celsius. In this way, carbonization is achieved at a rate of 100%.
In the third stage, called surface conditioning, the carbon surface is thoroughly cleaned. A bathing process is carried out in the electronics to ensure a correct and effective connection with the resin.
And the last stage is the coating stage. Protecting the fiber is the main process of this stage. The fiber is coated with resin. As this resin acts as an interface, fiber protection is ensured.

What are the Properties of Ground Carbon Fiber?

Ground carbon fiber is a fiber material. First of all, it is much stronger than steel and is also extremely lightweight. The main reason why it is preferred especially in the automotive sector is that it is strong and light.

Crystalline filaments can be used to reinforce ground carbon fiber and ground e-glass. Carbon fibers can be very thin due to their structure. This fine material can be made into rope. It is poured into a container with the resin, then it takes the shape of the container comfortably.

Carbon fiber is not only strong but also very hard. Its strength is also extremely high. Carbon fibers are characterized by a high power ratio at low weight.
It is resistant to chemical substances. The degree of resistance is considerable.
It is also resistant to temperature and heat and has a high tolerance.
Perform expansion under low thermal conditions.

Thanks to these features, fiber material is preferred today in many sectors such as aviation, entertainment sectors, automotive and military fields, which we can count and reproduce more examples.

The area of use of carbon fiber is quite wide. Many desired things can be achieved quickly and easily from carbon fiber.

What is Microfiber Material?

Microfiber material is another name for small synthetic fibers. The most well-known type of microfiber material is produced from polyester and polyamide blends.

Microfiber material has a soft structure. With this feature, it can take its old shape even after it gets wet and dries. It can contain many elements that provide volume. It offers great advantages, especially with its high absorbency. If used correctly, there is no harm to health.