Solid Carbon Microspheres

Product Overview
Solid carbon microspheres are spherical structures formed from carbon using specific methods. They possess excellent graphitization properties and are available in various particle size ranges. These microspheres are widely used in multiple industries, particularly in metallurgy, electronics, environmental protection, and biomedicine, offering substantial market demand and potential. The preparation methods can be adjusted to meet the needs of different applications.

Key Features

• Excellent Mechanical Properties:Solid carbon microspheres have outstanding mechanical performance, capable of withstanding pressure and wear.
• Electrical Conductivity:The good electrical conductivity makes them ideal for applications in electronic devices, electrode materials, and more.
• Thermal Stability:They maintain structural integrity even under high-temperature conditions, remaining stable up to 400°C.
• Chemical Stability:With excellent chemical resistance, these microspheres can endure exposure to various chemicals, extending their service life.

Applications

• Metallurgical Industry:In the electric arc furnace steelmaking slag-forming process, carbon microspheres react with oxygen to rapidly form a foam slag layer, effectively maintaining furnace temperature, enhancing smelting efficiency, and saving energy.
• Electronic Devices:Their conductivity and stability make them ideal for electrode materials, capacitors, and other electronic components.
• Environmental Protection:Used as adsorbents for removing heavy metal ions, organic pollutants, and other harmful substances, carbon microspheres play a crucial role in environmental remediation.
• Biomedicine:In biomedicine, carbon microspheres can serve as drug carriers, sensor materials, and more, providing innovative solutions in various medical applications.