Manufacturers produce small-scale mining university laboratory leaching mixers

Manufacturers produce small-scale mining university laboratory leaching mixers

Application of leaching mixer

The laboratory inflatable multifunctional leaching mixer can be used for wet leaching and mixing in geological, metallurgical, building materials, chemical and other mining and scientific research institutions.

Structural Introduction

The XJT leaching mixer is a desktop structure consisting of the following components: base frame, impeller, sleeve, mixing tank, bearing seat, motor, and switch board.

This machine has a reasonable design structure, excellent manufacturing, small size, light weight, low noise, easy operation, and convenient maintenance. The use of a frequency converter can generate different speeds of the motor to adapt to various wet leaching tests. During work, the impeller type mechanical mixer is used for mixing.

XJT type leaching mixerStructure and Principle

The mixer consists of the following components: spindle transmission component, frame component, external inflation component, mixing tank, circulation cylinder, flipping device, and electrical control component.

The mixer relies on its own rotor to rotate at high speed, and centrifugal force throws out the liquid in the middle of the rotor. A large amount of air is sucked in by the air pump to generate tiny mineralized bubbles.

The speed of the rotor is continuously variable and can be adjusted through a frequency converter.

Manufacturers produce small-scale mining university laboratory leaching mixersOperation Manual

1. The XJT leaching mixer uses a three-phase asynchronous motor with a voltage of 220 volts and a 50 cycle power supply. When installing the power supply, it is required that the main shaft impeller rotate clockwise and irreversibly to prevent impeller detachment.

2. According to the priority conditions of the experiment, the XJT leaching mixer is generally required to be used in groups of 4 and operate with consistent parameters.

3. The XJT type leaching mixer is controlled by a frequency converter for speed regulation, and the spindle can be rotated at any speed from 0-2780 revolutions per minute.

4. According to different experiments, users require three different specifications of impellers, namely Φ 31, Φ 39, and Φ 48, as well as three mixing tanks with different volumes: 1500 milliliters, 3000 milliliters, and 5000 milliliters; Milliliters, the impeller and stirring tank can be selected for the experiment based on the sample size and liquid-solid ratio.

5. During the leaching test, according to the predetermined test conditions, the prepared ore sample is first ground to the required particle size and placed in a mixing tank for slurry adjustment to achieve a liquid-solid ratio. Then, the head of the mixer is raised and a hydraulic rod is used to pull it up. At this point, the mixing tank containing the slurry can be placed in a fixed position on the base, and the head of the mixer can be returned to its original position. (Follow the above requirements when replacing the mixing tank)

During the experiment, press the start switch and the mixer will start stirring. After normal operation, adjust the slurry concentration accordingly; PH value, add leaching agent, and stir.

Technical performance parameters