new material
Intermediate pitch-based carbon (graphite) fibers are high-performance reinforcement materials engineered for applications requiring optimized thermal conductivity, superior mechanical strength, and enhanced structural integrity. Manufactured through controlled carbonization and graphitization processes, these fibers exhibit excellent heat resistance, lightweight properties, and reliable compatibility with composite systems. They are widely used in aerospace components, industrial thermal management, high-performance structural reinforcement, and energy storage applications, ensuring consistent efficiency in demanding environments.
Product Overview
Intermediate Pitch-Based Carbon (Graphite) Fibers are high-performance fibers known for their excellent electrical conductivity, mechanical properties, and high-temperature stability. These fibers are ideally suited for demanding applications in aerospace, military, and new energy sectors. With an extremely low axial resistivity, they ensure efficient current conduction, while their high tensile strength and Young's modulus make them ideal for high-strength applications. The fibers have a fine diameter of just 10 µm, providing exceptional reliability and durability in precision applications.
Key Features
- Low Axial Resistivity (1.1 µΩ·m): Ensures superior electrical conductivity.
- High Tensile Strength (≥2.2 GPa) and Young's Modulus (≥600 GPa): Suitable for high-strength, high-performance applications.
- Small Diameter (10 µm): Ideal for precision and high-performance fields.
- High Purity Carbon Material: Offers exceptional thermal stability and corrosion resistance.
Applications
- Aerospace and Aviation: Used as a high-performance structural material for aerospace and aviation applications.
- Military and Defense: Utilized in thermal protection components for missiles, rockets, and submarines.
- Carbon/Graphite Composite Manufacturing: Integral in the production of high-thermal conductivity carbon composites.
- New Energy Sector: Applied in nuclear, wind, and solar energy equipment.
- High-Power Density Devices and High-End Electronics: Essential for heat management in high-power electronics.
| Item | Value |
| Diameter | 10 µm |
| Axial Resistivity | 1.1 µΩ·m |
| Tensile Strength | ≥2.2 GPa |
| Young's Modulus | ≥600 GPa |
