High efficiency tank mixer &Agitators
The main features of CGJ series mixing equipment: the design adopts low speed, large impeller scheme, and is equipped with deflector and baffle structure design, so that the slurry flow forms a "W" flow direction, so as to achieve low energy consumption, low wear and tear, and effectively extend the overall life of the equipment. The stirring intensity is large, the tank does not sink and the slurry suspension is high. The bottom of the tank body is provided with a guide cone to eliminate the "dead angle" of stirring and avoid particle deposition and stacking. It can be used for stirring high-concentration slurry with ore density ≥ 3.0 t/m and ore slurry concentration of 30-50%. The material (ore slurry) enters the cone barrel from the upper side of the tank body and is preliminarily mixed with the reagent added from the top of the tank top of the tank body, after mixing, the material (pulp) is discharged from the upper overflow port, which can prevent the material from "short circuit" and make the agent fully function on the surface of the material.
Keywords: production equipment selection, system manufacturing, upgrading
Classification:
Mineral processing equipment
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Product Description
Product Introduction:
The main features of CGJ series mixing equipment: the design adopts low speed, large impeller scheme, and is equipped with deflector and baffle structure design, so that the slurry flow forms a "W" flow direction, so as to achieve low energy consumption, low wear and tear, and effectively extend the overall life of the equipment. The stirring intensity is large, the tank does not sink and the slurry suspension is high. The bottom of the tank body is provided with a guide cone to eliminate the "dead angle" of stirring and avoid particle deposition and stacking. It can be used for stirring high-concentration slurry with ore density ≥ 3.0 t/m and ore slurry concentration of 30-50%. The material (ore slurry) enters the cone barrel from the upper side of the tank body and is preliminarily mixed with the reagent added from the top of the tank top of the tank body, after mixing, the material (pulp) is discharged from the upper overflow port, which can prevent the material from "short circuit" and make the agent fully function on the surface of the material.
Technical parameters:
Serial Number |
Specifications (ф D×H) |
Processing capacity (m³/h) |
Motor power (kW) |
Feed inlet specification (mm) |
Discharge port specification (mm) |
1 |
ф 1000 × 1000 |
7.5 |
2.2/3 |
DN80/PN1.0 |
DN80/PN1.0 |
2 |
ф 1500 × 1500 |
25 |
4 |
DN80/PN1.0 |
DN80/PN1.0 |
3 |
ф 2000 × 2000 |
60 |
7.5 |
DN150/PN1.0 |
DN150/PN1.0 |
4 |
ф 2500 × 2500 |
120 |
11/15 |
DN200/PN1.0 |
DN200/PN1.0 |
5 |
ф 3000 × 3000 |
200 |
15/18.5 |
DN200/PN1.0 |
DN200/PN1.0 |
6 |
ф 3000 × 3500 |
240 |
15/18.5 |
DN250/PN1.0 |
DN250/PN1.0 |
7 |
F3500 * 3500 |
320 |
22/30 |
DN250/PN1.0 |
DN250/PN1.0 |
8 |
ф 3500 × 4000 |
370 |
22/30 |
DN300/PN1.0 |
DN300/PN1.0 |
9 |
ф 4000 × 4000 |
480 |
30/37 |
DN350/PN1.0 |
DN350/PN1.0 |
10 |
ф 4000 × 4500 |
540 |
30/37 |
DN350/PN1.0 |
DN350/PN1.0 |
11 |
ф 4500 × 4500 |
680 |
37 |
DN400/PN1.0 |
DN400/PN1.0 |
12 |
ф 4500 × 5000 |
760 |
37/45 |
DN400/PN1.0 |
DN400/PN1.0 |
13 |
ф 5000 × 5000 |
940 |
45/55 |
DN450/PN1.0 |
DN450/PN1.0 |
14 |
ф 6000 × 6000 |
1500 |
55/75 |
DN450/PN1.0 |
DN450/PN1.0 |
15 |
ф 8500 × 9000 |
4900 |
55/75 |
DN450/PN1.0 |
DN450/PN1.0 |
16 |
ф 10500 × 12500 |
9500 |
55/75 |
DN450/PN1.0 |
DN450/PN1.0 |
17 |
ф 11500 × 13500 |
14500 |
75/90 |
DN450/PN1.0 |
DN450/PN1.0 |
18 |
ф 12700 × 13000 |
15800 |
75 |
DN450/PN1.0 |
DN450/PN1.0 |
19 |
ф 13000 × 16000 |
24500 |
132/160 |
DN600/PN1.0 |
DN600/PN1.0 |
20 |
ф 16000 × 23000 |
35400 |
132/160 |
DN900/PN1.0 |
DN900/PN1.0 |
21 |
ф 18000 × 20000 |
44500 |
90 × 132 |
DN900/PN1.0 |
DN900/PN1.0 |
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