Carbon fiber is a kind of material widely used in military, aerospace, aviation and other fields.It has high temperature
resistance, friction resistance, corrosion resistance, light weight, high strength features.
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3mm 5mm 8mm Carbon Fiber Sheet Plate 3K Fiber Manufacturer Carbon
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--Product Description
Product Description
What Makes Carbon Fiber So Strong?
The next time you come up with a great idea, think about expressing it through a carbon fiber design: not only will your carbon
fiber prototype look amazing, it will be strong despite its lightness. But what makes carbon fiber so strong?
fiber prototype look amazing, it will be strong despite its lightness. But what makes carbon fiber so strong?
Dimension | Thickness(mm) | Weave | Surface | Type |
200x250mm | 0.2-10 | Plain/ Twill/Uni-direction | Glossy/Matte | Content of carbon 100% 50% |
400x500mm | 0.2-10 | Plain/ Twill/Uni-direction | Glossy/Matte | Content of carbon 100% 50% |
500x1000mm | 0.2-10 | Plain/ Twill/Uni-direction | Glossy/Matte | Content of carbon 100% 50% |
1000x1000mm | 0.2-10 | Plain/ Twill/Uni-direction | Glossy/Matte | Content of carbon 100% 50% |
1000x1600mm | 0.2-10 | Plain/ Twill/Uni-direction | Glossy/Matte | Content of carbon 100% 50% |
1200x1600mm | 0.2-10 | Plain/ Twill/Uni-direction | Glossy/Matte | Content of carbon 100% 50% |
Bonds and Structure
When you think of carbon, you usually think of pencil “lead.” It’s that brittle material that’s soft enough to write on a page.
However, carbon fiber is another form of carbon that is much stronger than its wooden counterpart. Carbon fiber is made from
carbon atoms bonded together in a chain-like pattern. Engineers have to isolate carbon atoms from carbon-rich materials to get the
desired structure. The closely linked chains help support the carbon fiber that is later refined to help your carbon fiber design
come to life.
When carbon fiber is made, the tightly packed material is resistant to breaking due to its bonded structure. This makes the
material strong despite its lightweight. There are two primary ways to make carbon fiber, but polyacrylonitrile (PAN), is the most
common precursor for carbon fiber. You can also use precursors from wood products and some plastics.
However, carbon fiber is another form of carbon that is much stronger than its wooden counterpart. Carbon fiber is made from
carbon atoms bonded together in a chain-like pattern. Engineers have to isolate carbon atoms from carbon-rich materials to get the
desired structure. The closely linked chains help support the carbon fiber that is later refined to help your carbon fiber design
come to life.
When carbon fiber is made, the tightly packed material is resistant to breaking due to its bonded structure. This makes the
material strong despite its lightweight. There are two primary ways to make carbon fiber, but polyacrylonitrile (PAN), is the most
common precursor for carbon fiber. You can also use precursors from wood products and some plastics.
Stiffness
Its tightly bonded structure makes carbon fiber is a stiff material. This makes it difficult to misshape so it can be used in a
variety of applications. Whether your carbon fiber design is used in simple electronics or is built to strengthen an airplane,
your carbon fiber project will retain the rigidity necessary in your lightweight structure.
variety of applications. Whether your carbon fiber design is used in simple electronics or is built to strengthen an airplane,
your carbon fiber project will retain the rigidity necessary in your lightweight structure.
Resistance to Heat
One of the primary benefits of choosing carbon fiber for your project is its resistance to heat. Your carbon fiber product won’t
bend or melt under exceedingly high temperatures, making it an ideal alternative to metals and steels. If your fiber is treated
with temperatures exceeding 3,000 degrees Celsius, your final carbon fiber design will be able to withstand heats up to 1,000
W/mK. Heat resistance is an important feature to consider when you craft a carbon fiber prototype.
Carbon fiber is in demand by scientists, engineers, and innovators across the globe due to its lightweight and strength. Because
the strength of your carbon fiber prototype will rely on the quality of the maker, be sure to trust a reliable source when you
want your carbon fiber design to come to life.
bend or melt under exceedingly high temperatures, making it an ideal alternative to metals and steels. If your fiber is treated
with temperatures exceeding 3,000 degrees Celsius, your final carbon fiber design will be able to withstand heats up to 1,000
W/mK. Heat resistance is an important feature to consider when you craft a carbon fiber prototype.
Carbon fiber is in demand by scientists, engineers, and innovators across the globe due to its lightweight and strength. Because
the strength of your carbon fiber prototype will rely on the quality of the maker, be sure to trust a reliable source when you
want your carbon fiber design to come to life.
Specification
Carbon Fiber
Fire Test
Carbon fiber raw material can withstand about 1000℃ calcination. The real carbon fiber material not easy to ignite.
Scratch Test
Carbon fiber is a kind of material after carbonization, which is composed of organic fiber such as flake graphite microcrystal
along the axial direction of the fiber,so it has anti - scratch and wear - resistant properties.
along the axial direction of the fiber,so it has anti - scratch and wear - resistant properties.
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