Expanded graphite powder (EGP) provides optimized thermal conductivity, superior electrical performance, and enhanced structural stability. Designed for energy storage and industrial sealing applications, it ensures efficient heat dissipation, extended durability, and high adaptability.
Product Overview
Expanded Graphite Powder (EGP) is a novel functional carbon material made from natural flake graphite through chemical or physical intercalation, washing, drying, and high-temperature expansion processes. This product exhibits a porous, loose, and layered structure, which facilitates easy storage and transportation. EGP offers outstanding adsorption properties, excellent resistance to high and low temperatures, good chemical stability, and strong plasticity. It is widely used in sealing materials, environmental protection, battery materials, and other industries.
Key Features
- Adsorption Properties:EGP has a rich pore structure, enabling it to strongly adsorb oils, organic molecules, and hydrophobic substances, making it a high-quality adsorbent.
- High and Low-Temperature Resistance:It can maintain stable performance under extreme temperature conditions, offering excellent resistance to both high and low temperatures.
- Corrosion Resistance:It shows strong resistance to various chemicals, making it suitable for use in harsh chemical environments.
- Softness and Plasticity:Expanded graphite powder is soft and easily processed into various shapes, making it versatile for different applications.
Applications
- Sealing Materials:Used as a material for sealing components and gaskets, widely applied in aerospace, machinery, electronics, nuclear energy, petrochemicals, power, shipping, and metallurgy industries.
- Environmental Protection:Due to its powerful adsorption ability, EGP is used in removing oil spills from water surfaces and treating chemical wastewater.
- Biomedicine:EGP can adsorb organic and biological macromolecules, offering promising applications in biomedical materials.
- High-Energy Battery Materials:As a battery material, EGP can convert free energy changes between interlayer reactions into electrical energy, making it suitable for energy storage applications.
Parameter | Value |
Morphology | Powder |
Expansion Temperature | ~900℃ |
Expansion Ratio | Above 400x |
Carbon Content | 98.02% |
Moisture Content | 0.56% |
Sulfur Content | 3856 ppm |