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Because of the difference of material fluidity and density. The mixed material is combined with the counter-spiral stirring structure and the weighing sensor. By setting the lower limit of the material freely, the material can be evenly mixed in the mixing process. Avoid the non-uniform mixing caused by electric capacity sensor and dead zone of mixer.
Any structural component, module organized design, easy to replace, clean, easy to maintain.
|
Model |
Output |
Min Proportion |
Dosing accuracy |
Raw material unit |
|
D-BLENDER-50 |
50Kg/h |
0.8% |
±0.5% |
2,3,4,5,6 |
|
D-BLENDER-500 |
500Kg/h |
0.2% |
±0.5% |
2,3,4,5,6 |
|
D-BLENDER-1000 |
1000Kg/h |
0.1% |
±0.5% |
2,3,4,5,6 |
|
D-BLENDER-1500 |
1500Kg/h |
0.1% |
±0.5% |
2,3,4,5,6 |
D-DOSER-5-150
- Size: 7 inch, 10 inch, 15 inch;
- Support production data recording, hierarchical password protection, Recipe Storage Recall，alarm viewing and other functions.
- Made of stainless steel 201, capacities: 7L, 15L, 30L;
- Equipped with a magnetic spring switch and a shut-off valve.
- Capacity: 15L, 30L;
- Equipped with an independent backwash gas tank, coupled with efficient membrane filter bags, pulse solenoid valve controls timed backwash to ensure long-term stable material suction feeding.
- Power: 7.5kW,11kW;
- Double Stage High pressure vacuum pump, suction power is 30% higher than ordinary single-section wind pump, adapting to long-distance conveying;
- Equipped with a recoil device to reduce cleaning frequency.
- Strong magnetism, effectively adsorb and capture the iron impurities in the raw materials;
- Visualization design, easy to observe the flow of raw materials;
- Easy to disassemble structure, easy to clean.
- Increase the pressure to reduce the unloading blockage caused by on-line recycling of edge materials;
- Autostart;
- Adjustable screw RPM.
Our loss-in-weight feeders achieve accuracy of ±0.3% to ±0.5%, while the volumetric series achieves ±1%. This is ensured through three key factors: first, the use of high-precision sensors from Siemens/Schneider; second, proprietary algorithm software for real-time compensation; and third, pre-shipment calibration testing of materials in a temperature-controlled laboratory.
The Ultimate model is the highest precision model, with a precision of ±0.3%.
The Ultimate model is the highest precision model, with a precision of ±0.3%.
