Automated Powder Processing System for Super Alloy Production
IEDCO specializes in the design and integration of advanced powder handling and processing systems for high-value and reactive materials used in modern manufacturing. This project demonstrates the company’s ability to engineer complete, automated solutions for metal powder production environments where contamination control, inert atmosphere processing, and precise batch management are critical.
By combining high-capacity blending, integrated screening, automated sampling, and controlled packaging within a nitrogen or argon inert atmosphere, IEDCO delivered a fully automated system capable of safely processing large batches of specialty alloy powders. The solution highlights the company’s expertise in IBC-based material handling, inert gas powder processing, and automated batch control for demanding industrial applications.
Case Study:
Automated Powder Processing System for Super Alloy Production
Inert-atmosphere blending, screening, and packaging system for specialty alloy powders.
Customer
Specialty metals manufacturer producing high-performance powdered alloys for advanced industrial applications.
Challenge
The customer needed a complete powder handling system to process a new super-alloy powder while preventing contamination and oxidation. The process required screening, blending, and packaging large powder batches while maintaining precise process control and safe handling conditions.
Solution
IEDCO engineered a fully integrated powder processing system using IBC-based material handling, high-capacity blending, vibratory screening, and automated can filling. The system operates under nitrogen or argon inerting conditions and integrates weighing, sampling, and automated controls to maintain product quality and safe operation.
Results
- Safe handling of reactive metal powders in inert atmosphere
- Improved product consistency through controlled blending and screening
- Increased production throughput and packaging efficiency
- Accurate batch control using integrated automation
Applications
- Specialty alloy powder processing
- Metal powder blending systems
- Inert atmosphere powder handling
- High-value powder packaging operations
Major Equipment Provided
- 10,000-lb Capacity IBC Column Blender
- Intermediate Bulk Containers
Case Study:
Bulk Bag Unloading & Vacuum Transfer System for Tungsten Processing
Automated powder transfer from bulk bags to elevated production equipment.
Customer
Global producer of tungsten powders and specialty metal materials.
Challenge
The customer needed to replace an existing IBC discharge system feeding a vial filling operation. The new system required bulk bag unloading with automated powder transfer to a feeder positioned approximately 10 feet above the floor while maintaining continuous production.
Solution
IEDCO designed a bulk bag unloading system integrated with a vacuum conveyor that transfers powder from ground-level bulk bags to the elevated feeder. Flow aids and automated refill cycles ensure reliable discharge and consistent material supply.
Results
- Safe unloading of 3,000-lb bulk bags
- Reliable transfer of dense powders to elevated equipment
- Automated feeder refill cycles supporting continuous production
- Reduced operator handling and improved workplace safety
Applications
- Dense powder conveying
- Bulk powder transfer systems
- Bulk bag unloading stations
- Powder feeding for packaging lines
Major Equipment Provided
- Bulk Bag Unloader with Hoist
- Vacuum Conveying System
- Powder Collection Receiver
- Flow Aid System
- PLC-Based Controls
System Capabilities
- Vacuum transfer of dense powders
- Automated refill cycles
- Safe bulk bag handling
- Integration with downstream process equipment
Case Study:
Vacuum Powder Conveying for Furnace Feed
Reliable tungsten oxide conveying system for reduction furnace operations.
Customer
Global manufacturer of tungsten oxide powders used in high-temperature reduction furnaces.
Challenge
The customer needed a reliable system to transfer dense tungsten oxide powder from bulk totes to a furnace feed chute approximately 15 feet above floor level while maintaining feed rates up to 480 kg/hour.
Solution
IEDCO engineered a vacuum conveying system that transfers powder from a tote feed station to the furnace using a pneumatically driven vacuum conveyor. Flow aids including fluidization and vibration maintain consistent powder movement while automated controls trigger refill cycles based on furnace demand.
Results
- Reliable transfer of dense tungsten oxide powder
- Consistent furnace feed rates
- Reduced bridging and material compaction
- Automated control of furnace feed supply
Applications
- Furnace feed systems
- Metal oxide powder conveying
- Dense powder vacuum conveying
- Automated powder feed systems
Major Equipment Provided
- Vacuum Feed Hopper System
- Pneumatic Vacuum Conveyor
- Pneumatic Vibrators and Fluidizing Disks for Flow Assistance
- Sanitary Butterfly Valve Discharge
- PLC-Based Control System
System Capabilities
- Vacuum transfer up to 480 kg/hr
- 20-foot horizontal and 15-foot vertical conveying
- Automated level-based refill cycles
- Dense powder flow management