Agitating tank is suitable in industries to wet agitate slurry materials, allowing ore particles to suspend and fully contact with reagent before being mixed evenly and creating conditions for separating operation. The leaching tank is used for wet leaching agitation with central aeration, step-less adjustment of the inverter, and other features. The product is produced by the only enterprise designated by the former Ministry of Geology and Mineral Resources, complying with the Industrial standards.

Product Introduction
The mining agitating tank is widely used in the mineral processing industry, which has wide use and long service life characteristics. The mining agitating tank is also known as the mining mixing drum, mixing tank, mortar mixing drum, plastic mixing drum, concrete mixing drum, etc. The agitating tank for mining is mainly used for the pulp mixing before the flotation operation. It makes the pulp and the reagent fully mixed and creates conditions for the mineral processing operation.

Instruction for agitating tank
1. Before use, tighten the bolts on the pump body, rotate the pump shaft to check whether it is flexible, and then start the mixer to run. The others are the same as the flotation machine;
2. Vulnerable parts: impeller, stator;
3. As an automatic feeder, the mixing tank also must be cleaned, especially in winter. Doing this can prolong the service life.

agitating tank

Our Mixing Tank
In our product line, there are common mixing tanks and double impeller leach mixing tanks. The double impeller leach mixing tank is suitable for gold leaching, adsorption, and other mixing operations with small proportion, low viscosity, slow settling speed, ore size of more than 90% of -200 mesh, and pulp concentration less than 45%. It’s with a double impeller that can mix evenly, the impeller is covered with glue and has a long service life, the multi-point air supply is adopted to ensure even inflation. And also, it has the feature of low energy consumption and high efficiency.

Agitating tank for mining consists of a liquid storage container, a cycloidal pinwheel planetary reducer, a mixing paddle, a plug valve, and a 0℃-100℃ disc thermometer. Following is the structure diagram of the normal agitating tank and double impeller leach agitating tank.

structure diagram of normal agitating tank

double impeller leach agitating tank


agitating tank specification

Working Principle
The motor drives the V-belt to drive the impeller to rotate, mix the medicine and pulp evenly to increase the reaction time and enhance the quality of the medicine reaction. Agitating tank is suitable for mineral processing and can also mix various kinds of the chemical industry. The mixing tank is suitable for all kinds of metal ores, mainly used for mixing before flotation. It can fully mix the reagent and pulp and can also be used for mixing other non-metallic minerals. It is used in the case that fixed component concentration is less than 30% (by weight) and the particle size is less than 1 mm. Its form is flat-bottomed barrel-shaped radiation circulating spiral impeller mechanical stirring type. The working principle of a double impeller leach mixing tank is the slurry flows from top to bottom in the center under the action of double impeller drag and stirring, diffuses through the surrounding damping plate, and feeds air into the lower end of the shaft to mix with the slurry and circulate upward to form a uniform suspension mixture.

Advantages and Features
Compact structure, good sealing;
Convenient maintenance and energy saving;
Set ash baffle at the feed inlet to prevent water mist from flowing back;
Strong resistance to wear and corrosion since the cylinder is lined with wear-resistant rubber.
Strong agitation capability. The mixing blade is fan-shaped, and the contact area with the medium is large during mixing;
 The nozzles are arranged in multiple rows, and the water volume is uniform and adjustable;
 Low rate of residual ash and the setting of the watershed at the bottom of the box ensures that there is no dead angle in the equipment;
Advance performance, stable quality of the finished product, uniform mixing, fast discharging.

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