In industrial material handling, two common methods are pneumatic conveying and gravity feeding. Both require efficient and reliable valves to ensure smooth operation. Blow-through rotary valves demonstrate significant advantages in both processes due to their unique design.

In pneumatic conveying systems, materials are transported by high-pressure or low-pressure airflow, requiring valves with excellent sealing performance. Blow-through rotary valves, with optimized valve bodies and high-strength sealing components, effectively prevent gas leakage and maintain stable pipeline pressure. The blow-through function further reduces material retention, preventing clogging and improving conveying efficiency.

In gravity feeding systems, materials rely on their own weight to flow downward. Poor sealing or improper design in conventional valves often leads to buildup or blockages. Blow-through rotary valves, with their anti-blocking design and continuous rotation, ensure smooth discharge while preventing residue from affecting subsequent processes.

Overall, blow-through rotary valves deliver different strengths in each application but share common benefits of improving efficiency and reducing maintenance risks. This makes them suitable not only for powder conveying industries but also for chemical, food, and metallurgical sectors requiring continuous feeding. For modern factories pursuing efficiency, safety, and flexibility, blow-through rotary valves are the ideal solution to meet diverse process requirements.