In terms of innovation in materials, Kohlefaser Herstellung (carbon fiber manufacturing) is in first place. Carbon fiber is a lightweight material, but it is incredibly tough and is changing the worlds of the automotive, aerospace, sports equipment, and even architecture industries. But what is so special about this material and why is it becoming in demand all over the world? We will simplify it in human terms.

What is Herstellung Kohlefaser?

Kohlefaser Herstellung is the production of the carbon fiber material, which is composed of long chains of carbon atoms. These are fibers that are woven into fabrics and are mixed with resin to form what we call carbon fiber reinforced plastic (CFRP). The result? A material that is stronger than steel, lighter than aluminum and a lightweight yet an extremely tough material.

Kohlefaser Herzstag.

Polyacrylonitrile (PAN) Base – It is made of a polymer that is the starting material of most carbon fibers called PAN.

Stabilization – The fibers are heated to stabilize the structure.

Carbonization – This is done to eliminate non-carbon elements to leave nearly pure carbon.

Surface Treatment – The fibers are surfaced to be bonded more strongly with resins.

Weaving and Curing – The last step is to weave the fibers into fabrics or sheets and cure with resin to produce completed carbon fiber products.

The Reason Why Industries are adopting Carbon Fiber.

Balance between weight and strength can be considered the core reason of the popularity of Kohlefaser Herstellung. For example:

Automotive -Car manufacturers incorporate parts made of carbon fiber to save weight, enhance fuel efficiency and increase the performance.

Aerospace – It is used by planes to make them lighter, which results in a greater fuel economy and fewer emissions.

Sports Equipment – Bikers and tennis rackets are just some of the sports equipment that athletes are fond of using carbon fiber.

Kohlefaser Herstellung.

With advanced technology, Kohlefaser Herstellung is getting quick and economical. In the near future.