Comparing 13 vendors in Carbon Fiber across 0 criteria.

Market Presence
Contenders Contenders
Market Leaders Market Leaders
Emerging Companies Emerging Companies
Innovators Innovators
Teijin
Hexcel
SGL Carbon
MCC
Toray
Solvay
DowAksa
Jiangsu Hengshen
Hyosung Advanced Materials
zhongfu shenying carbon fiber
Jilin Chemical Fibre
China National Bluestar(Group)
Anshan Sinoda Carbon Fibers
Product Footprint
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POWERED BY MARKETSANDMARKETS
Dec 02, 2023
The Full List

The Full List

Company Headquarters Year Founded Holding Type
Anshan Sinoda Carbon Fibers Anshan, China 2004 Private
China National Bluestar(Group) Beijing, China 1984 Private
DowAksa Farmington Hills, USA 2012 Private
Hexcel Stamford, USA 1946 Public
Hyosung Advanced Materials Seoul, South Korea 2018 Public
Jiangsu Hengshen Zhenjiang, China 2007 Private
Jilin Chemical Fibre Jilin, China 1988 Public
MCC Chiyoda, Japan 1933 Public
SGL Carbon Wiesbaden, Germany 1992 Public
Solvay Brussels, Belgium 1863 Public
Teijin Chiyoda, Japan 1918 Public
Toray Tokyo, Japan 1926 Public
zhongfu shenying carbon fiber Jiangsu, China 2006 Public
 
Frequently Asked Questions (FAQs)
Carbon atoms combine to form carbon fiber, a robust and light material. It is made by carbonizing organic polymers through a number of steps, usually starting with precursors like pitch or polyacrylonitrile (PAN).
Aircraft and spacecraft parts, race car bodywork, golf club shafts, bicycle frames, fishing rods, car springs, sailboat masts, and many more components requiring great strength and low weight are made using carbon fiber-reinforced composite materials.
Several benefits come with carbon fiber, such as remarkable strength, resistance to corrosion, rigidity, and much reduced weight. In addition, it has little thermal expansion and is electrically conductive.
There are several grades and varieties of carbon fibers. Their modulus, or stiffness, tensile strength, and other characteristics can differ. Standard, moderate, high, and ultra-high modulus carbon fibers are examples of common varieties.
It is possible to recycle carbon fiber, although it is a more difficult process than recycling certain other materials. In an effort to cut waste and improve the sustainability of the carbon fiber sector, recycling operations are growing.
Use of carbon fiber in a variety of applications is regarded as safe. Like any material, though, its safety is contingent upon appropriate engineering, manufacture, and compliance with industry norms and laws.
Steel is twice as stiff and five times less strong than carbon fiber. Carbon fiber is the perfect production material for many items because, although being heavier than steel, it is stiffer and stronger. To name just a few, carbon fiber is the material of choice for engineers and designers when it comes to manufacturing.
The market for carbon fiber is anticipated to keep expanding due to rising demand from sectors including renewable energy, automotive, and aerospace. Innovation in technology and an emphasis on sustainability will probably be key factors in the market's future growth.
The manufacturing process and recycling procedures used can have a different effect on the environment while producing carbon fiber. Although the processes used to produce carbon fiber can be energy-intensive, efforts to recycle and improve sustainability are making carbon fiber a more environmentally friendly material choice.
Products made of carbon fiber can be difficult to get rid of, and improper waste management practices may make matters worse. To solve these issues, sustainable disposal techniques and recycling are being developed.
Top Carbon fiber companies like Toray, Hexcel, Solvay, Teijin, MCC and SGL carbon are categorized as quadrant leaders, contributing significantly to the market.
 
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