The technology of the plough share mixer is mainly from Germany, and it is a mixer commonly used in large-scale dry powder mortar production lines. The plough share mixer is mainly composed of an outer cylinder, a main shaft, plough shares, and plough share handles. The rotation of the main shaft drives the plowshare-like blades to rotate at a high speed to drive the material to move rapidly in both directions, so as to achieve the purpose of mixing. The stirring speed is fast, and a flying knife is installed on the wall of the cylinder, which can quickly disperse the material, so that the mixing is more uniform and fast, and the mixing quality is high.
The single-shaft mixer (plowshare) is designed for high-quality intensive mixing of dry bulk materials, especially for lumpy materials (such as fibrous or easily tidal agglomeration) in the production of dry mortars, and can also be used in the preparation of compound feed.
1.1 Feed valve
2.1 Mixer tank
2.2 Observation door
2.3 Plough share
2.4 Discharge port
2.5 Liquid sprinkler
2.6 Flying cutter group
The shape and position of the mixer plough shares ensures the quality and speed of dry mixture mixing, and the plough share feature directional work surfaces and simple geometry, which increases their durability and reduces replacement during maintenance. The working area and discharge port of the mixer are sealed to eliminate dust during discharge.
The single-shaft plough share mixer is a single-shaft forced mixing device. Multiple sets of plough share are installed on the main shaft to continuously form a continuous vortex centrifugal force. Under such forces, substances continuously overlap, separate and mix. In such a mixer, a high-speed flying cutter group is also installed. The high-speed flying cutters are located at a 45-degree angle on the side of the mixer body. While separating the bulk materials, the materials are fully mixed.
Pneumatic sampler, easy to monitor the mixing effect at any time
Flying cutters could be installed, which can quickly break up the material and make the mixing more uniform and faster.
The stirring blades can also be replaced with paddles for different materials
When mix light materials with low abrasiveness, the spiral ribbon could also be replaced. Two or more layers of spiral ribbons could make the outer layer and inner layer of the material move in opposite directions respectively, and the mixing efficiency is higher and more uniform.
Model |
Volume (m³) |
Cpacity (kg/time) |
Speed (r/min) |
Motor power (kw) |
Weight (t) |
Overall size (mm) |
LD-0.5 |
0.3 |
300 |
85 |
5.5+(1.5*2) |
1080 |
1900x1037x1150 |
LD-1 |
0.6 |
600 |
63 |
11+(2.2*3) |
1850 |
3080x1330x1290 |
LD-2 |
1.2 |
1200 |
63 |
18.5+(3*3) |
2100 |
3260x1404x1637 |
LD-3 |
1.8 |
1800 |
63 |
22+(3*3) |
3050 |
3440x1504x1850 |
LD-4 |
2.4 |
2400 |
50 |
30+(4*3) |
4300 |
3486x1570x2040 |
LD-6 |
3.6 |
3600 |
50 |
37+(4*3) |
6000 |
4142x2105x2360 |
LD-8 |
4.8 |
4800 |
42 |
45+(4*4) |
7365 |
4387x2310x2540 |
LD-10 |
6 |
6000 |
33 |
55+(4*4) |
8250 |
4908x2310x2683 |