Carbon fiber is characterized by "lightweight, high elasticity, and high thermal conductivity," and is active in various fields such as aircraft, automobiles, medical devices, and sports equipment!
Carbon fiber is a material made by bundling carbon fibers, primarily produced from acrylic fibers. Its characteristics include lightweight, high elasticity, high thermal conductivity, low thermal expansion, and X-ray transparency. Additionally, our design capabilities are particularly strong for products that require short delivery times, high precision, and attractive designs! 〈Examples of Applications〉 - Aircraft and automobiles (reducing fuel consumption through weight reduction) - Sports equipment (tennis rackets, golf shafts, etc.) - Medical devices with high X-ray transparency, high rigidity, and high strength (top plates for X-ray imaging devices, X-ray cassettes, etc.) - Remote control cars (chassis, upper decks, damper stays, etc.) - Interior design and accessories for stores *For more details, please request materials or view the PDF data available for download.
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basic information
What is carbon? Carbon refers to the element with the symbol C. It is the 14th most abundant atom on Earth, primarily existing in the atmosphere and oceans as carbon dioxide, underground mainly in the form of rocks, coal, and oil, and within living organisms in various organic forms. In its elemental form (mainly clusters of carbon atoms), it exists underground as natural graphite and diamonds. In the carbon industry, when we refer to carbon, we mean the elemental form of carbon, which includes natural graphite and synthetic graphite produced industrially mainly from coke, as well as amorphous carbon (carbonaceous carbon). Other products made from elemental carbon include coke, activated carbon, carbon black, and more recently, carbon fibers. Carbon is a substance that has been used for a long time due to its thermal and chemical stability, but its applications have expanded into various fields, especially after its conductivity was discovered. In particular, demand has been increasing in recent years in the semiconductor and electronics sectors.
Price information
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Delivery Time
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Applications/Examples of results
Aircraft, medical-related (especially X-rays), automobiles, motorcycles, jet skis, radio-controlled devices, winding equipment core materials, bags, shoes, etc.
Company information
Our company boasts the leading design capabilities in the carbon industry using a 3D CAD/CAM system. We are also actively engaged in processing difficult-to-cut materials and possess unique processing technologies that others do not have. Additionally, we use advanced materials from overseas manufacturers (USA, Germany, France) to meet our customers' needs.
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