NC Reagent Feeder
|Introduction:||A reagent feeder with excellent structure and advanced technology|
|Improvement:||XHGY-B series NC Reagent Feeder is Yantai Xinhai third generation product, and its control core uses the German Siemens ddLC. The stability and reliability is greatly strengthened. In addition, the display part adopts LCD touch screen with convenient operation.|
Convenient maintenance: special reagent feeding magnetic valve makes feeding pipes fluent.
Stable reagent feeding: the liquid level is controlled at the same level by the liquid level constant pressure device
Process improvement: conducive to the management of mineral processing technology, and convenient to adjust index of mineral processing technology
Economical and practical: to avoid mis-operation of artificial feeding, stabilize processing performance, and decrease the reagent consumption.
Excellent structure: constant device for reagent boxes and liquid, all kinds of valves are made of stainless steel with good corrosion resistance
Accurate quantitative control of flotation dosing of black metals, non-ferrous metals, precious metals non- metallic minerals
If you want to know the product price, feed particle size, production capacity, size, etc., please contact us online service.
A lead-zinc processing plant in Sichuan needs a NC reagent feeder that can add precise numerical agent. At first, the customer chose a reagent feeder from certain brand in China, but the amount is not accurate, so caused a certain loss to the plant. Finally, the customer chose Xinhai automatic NC reagent feeder. The price of reagent feeder is reasonable and the its digital control, ensuring more accurate reagent adding quantity in the application, avoiding the pharmaceutical waste and pharmaceutical insufficiency, the recovery rate is up to 85%. Besides, the device also has the outstanding performance in safe term, when the error occurred in operating, it will start the function of automatic cut power timely, there is no need to set parameters when energize again, avoiding the unnecessary loss.