08/07/2026
🔥Air Classifier for spherical porous carbon!
🌿In cutting-edge fields such as new energy, catalysis, and adsorption, spherical porous carbon, due to its unique geometric symmetry and ultra-high specific surface area, is becoming a game-changer. However, the inherent properties of porous carbon—fragile, lightweight, and easily damaged pore structure—pose near-stringent requirements for classification processes.
👏We bring you an ultra-fine airflow classifier specifically optimized for spherical porous carbon.
Airflow Classifier Perfectly Shapes Porous Carbon Structure
1. Non-destructive Airflow Classification: Traditional mechanical classification easily damages the surface porosity and sphericity of spherical porous carbon during collisions. Our airflow classifier uses a pure airflow suspension classification principle, where materials undergo gentle shearing and separation in a high-speed airflow, eliminating dead-angle collisions and maximizing the preservation of the intact structure and high-activity specific surface area of porous carbon.
2. Precise Particle Size Control: Pursuing the ultimate TOP CUT of 5 microns, utilizing advanced flow field dynamic simulation and variable frequency classifying wheel technology, the cutting point can be precisely adjusted between 1-45 microns.
3. The perfect nemesis for lightweight materials: Say goodbye to screen clogging and wall adhesion. Porous carbon has low density, is prone to dust generation, and easily adsorbs dust. The system adopts a fully enclosed negative pressure operation design: completely eliminates dust leakage and protects the production environment.
