Products
01
High Carbon Content Reinforce Material Carbon Fiber Powder
Product Feature
● Lightweight and High Strength: Carbon fiber powder has a low density but exceptionally high strength, providing excellent mechanical properties.
● High temperature resistance: Carbon fiber can maintain good stability under high temperature conditions and is not easily deformed or degraded.
● Corrosion resistance: Carbon fiber has good resistance to most chemicals and is suitable for harsh environments.
● Conductivity: Carbon fiber powder can conduct electricity and is suitable for electronic and electrical applications.
● Low thermal expansion coefficient: Carbon fiber powder has a small volume change with temperature changes, making it suitable for applications that require stable dimensions.
● Good processability: It can be compounded with materials such as resin and applied to various molding processes, making it easy to manufacture products with complex shapes.
● Lightweight: Reducing product weight is beneficial for improving overall mechanical performance and energy efficiency, especially in the aerospace and automotive industries.
● Lightweight: Reducing product weight is beneficial for improving overall mechanical performance and energy efficiency, especially in the aerospace and automotive industries.
Product Parameter
|
Product: |
Carbon fiber powder |
|
Material: |
Carbon fiber |
|
Filament diameter: |
7.0μm-15μm |
|
Tensil strength: |
3530MPa |
|
Tensil Modulus: |
230GPa |
|
Carbon content: |
≥95% |
|
Thermal conductivity: |
10 W/M·k |
|
Density: |
1.76g/cm3 |
|
Volume Resistivity: |
1.5×10-3/Ω.cm |
Application Field
Carbon fiber powder has shown extensive application potential in multiple fields due to its unique properties such as lightweight, high strength, conductivity, high temperature resistance, chemical stability, etc.
1. Lithium ion battery: As a negative electrode material, it improves conductivity and structural stability (such as adding carbon fiber powder to silicon-based negative electrodes to alleviate volume expansion).
2. Supercapacitors: used as electrode materials, with a high specific surface area and support for rapid charging and discharging.
3. Hydrogen energy: As a catalysts carrier, it improves the efficiency of fuel cells.
4. Research hotspot: Composite with MOFs (metal organic frameworks) to develop high-performance energy storage materials.
Why Choose Us?
Buyer Review
Our Factory
Packing & Transportation
FAQ
Flow Chart
