Mineral concentrator---high-rate thickener

Sunny Hexing Thickener Introduction:

   The newly developed thickener has such remarkable features as speedy thickening efficiency, high treatment capacity and high underflow density, and is now widely applied to dewatering to various metal and non-metal ores and the slurry solid-liquid separation in sectors like metallurgy, coals, chemicals, mine tailings and environment protection.

  GNZ-type thickener is a kind of new type central drive high-rate thickener which has automatic rake lifting technology. The thickener adopts central drive, and has efficient silos, automatic rake lifting technology and other national patents; The design of heavy cores can ensure the continuous operation of the thickener in extreme conditions, and greatly improves the concentration efficiency.

Features:

  1. High efficiency of concentration and  scraping , which is three to five times than common thickener.
2.Excellent  feed system——high-rate feed well:
a. The feed well  makes the feed degas and have the energy dissipation, and it has tangential feeding.
b.Add the flocculant reasonably, and improve the efficiency .
c.It is equipped with distribution plate, which can take advantage of the effective area of the tank reasonably.
3. Driven lifting system with overweight design and large torque design can ensure the normal operation of the device. The thickener can not shut down in the extreme conditions, improving the efficiency of the device.
4.It adopts spiral design of rake teeth logarithm, and we can design rake teeth density according to material performance, which can improve the efficiency of scraping.
5.It has advanced thickener control system , automatically lifting rake, flocculant feeding, and automatically controlled underflow discharging pump

Parameters:

Note:
1. The above parameters are for reference, please refer to our designs for the specific parameters due to the settlement performance differences of the material.
2. We can design different types of thickeners according to user's requirements.