High modulus carbon fiber
Petroleum-based mesophase pitch-based carbon fibers are prepared from materials rich in fused-ring aromatic hydrocarbons through preparation, polymerization, spinning, stabilization, and carbonization. It has high tensile modulus, excellent heat transfer, electrical conductivity and low thermal expansion coefficient. It can be combined with resin, metal, carbon and other composite materials to make high-performance composite materials, used in aviation, aerospace, nuclear energy and other high-tech fields, as high-temperature ablation materials and high-temperature structural materials, and can also be used as high thermal conductivity materials (such as semiconductors) Heat transfer materials for LED lights), composite reinforcement materials for wind power generation blades, etc.
Category:
高模量碳纤维
Key words:
high
materials
and
composite
as
used
conductivity
carbon
thermal
Product Details
Petroleum-based mesophase pitch-based carbon fibers are prepared from materials rich in fused-ring aromatic hydrocarbons through preparation, polymerization, spinning, stabilization, and carbonization. It has high tensile modulus, excellent heat transfer, electrical conductivity and low thermal expansion coefficient. It can be combined with resin, metal, carbon and other composite materials to make high-performance composite materials, used in aviation, aerospace, nuclear energy and other high-tech fields, as high-temperature ablation materials and high-temperature structural materials, and can also be used as high thermal conductivity materials (such as semiconductors) Heat transfer materials for LED lights), composite reinforcement materials for wind power generation blades, etc.
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