Challenge:
Many powder production processes require feeding materials at multiple points, often leading to inefficiencies, high equipment costs, and potential clogging issues.
Solution:
The multi-point feeding system is a versatile solution designed to address these challenges. This system offers:
- Increased Efficiency: It allows for simultaneous feeding at numerous points, significantly reducing production time.
- Cost Savings: By utilizing a single system for multiple feeding tasks, businesses significantly lower equipment acquisition and maintenance costs.
- Flexibility: The system enables quick and easy switching between feeding points through strategically placed pipe valves.
Successful Application:
A real-world example demonstrates the effectiveness of the multi-point feeding system. In this case, the system was employed for:
- Material: Copper oxide powder
- Feeding Points: 2
- Feeding Method: Automatic control via valves
Challenge:
Ensuring smooth material flow and preventing clogging, especially when feeding different materials at various points.
Solution:
- Three-Way Point Bifurcation Angle Control: This optimizes material flow and minimizes the risk of blockage.
- PLC-Controlled Valve Closure: Precise control over branch valve closing prevents material cross-contamination.
- Vibration and Vulcanization Designs: These features further enhance material flow and prevent buildup.
- Vacuum Conveying for Distant Points: For feeding points situated far apart, a vacuum conveying design ensures efficient material transfer.
Benefits:
By implementing the multi-point feeding system, the company achieved:
- Enhanced production efficiency
- Reduced equipment costs
- Improved material flow and minimized clogging risks
Conclusion:
The multi-point feeding system serves as a valuable tool for powder production facilities, offering increased efficiency, cost savings, and improved material handling.
