Turbine Filling
A High-Efficiency and Stable Filling Principle for Fine Powder Products
Turbine-type filling is a filling principle preferred for achieving high filling efficiency and a stable bag weight, especially in fine powder products. This structure, which ensures the product is directed into the bag in a controlled and continuous manner, delivers strong performance in fine powder applications.
Operating Principle
The turbine mechanism transfers the product from the filling spout into the bag in a controlled and continuous flow. Thanks to this structure, the filling time is optimized and high consistency in bag weight is achieved.
Technical Specifications
Air Filling
A Balanced and Clean Filling Principle for Products with Variable Granulometry
Air-type filling is a filling principle in which the product is transferred into the bag in a controlled manner with the assistance of air. It provides advantages especially for products with a variable particle size distribution, products containing components of different fineness and density, or products where a more homogeneous distribution inside the bag is targeted. This filling principle helps the product spread more evenly inside the bag, the bag form to take shape more controllably, and dust emission during filling to be reduced. Air-assisted filling systems are a strong alternative for construction chemicals with mixed granulometry, mineral-based products, and powder mixtures with variable flow behavior.
Operating Principle
During filling, the product is fluidized with a controlled airflow and transferred from the valve opening into the bag. The air penetrates between the product particles, reducing the material's flow resistance and enabling the product to advance in a more orderly, uninterrupted, and controlled manner. Throughout filling, the air volume, air pressure, and product feeding behavior are managed together. This achieves more balanced filling performance, especially for products with variable granulometry, those containing both fine and coarse fractions, or those with difficult flow characteristics.
Technical Specifications
Bag Application Systems
Automatic Bag Placement Solutions for Capacity and Line Continuity
Bag application systems are one of the core components that directly affect capacity, operational safety, and line continuity on valve bag filling lines. ENIVO offers suitable bag application solutions for linear and rotary valve filling machines according to product structure, bag type, target capacity, and automation level. On linear filling machines, bag application can be supported with manual, semi-automatic, or automatic solutions. On rotary high-capacity filling lines, fully automatic bag application systems provide a significant advantage in terms of line continuity and capacity management. Manual, semi-automatic, or fully automatic systems ensure the empty bag is placed onto the filling spout correctly and safely, creating a cleaner, more stable, and more efficient packaging flow.
Operating Principle
Bag application systems mechanically place empty valve bags onto the filling spout, ensuring the filling process continues without interruption and safely.
Process Advantages
Optional Ultrasonic Valve Sealing
Ultrasonic Sealing for Post-Filling Bag Tightness and Product Protection
On valve bag filling systems, an ultrasonic valve sealing system can be applied optionally to improve bag tightness and reduce product loss. This system closes the valve opening quickly and cleanly after filling, limiting dust emission and strengthening package protection. It can be integrated into linear or rotary valve filling machines.
Operating Principle
Using ultrasonic vibration energy, the valve bag opening is closed quickly and cleanly after filling. This method provides reliable sealing without requiring any additional material.