Product Introduction
The planetary mixer consists of two planetary mixing blades, which rotate around a common axis along the container wall while also revolving around their own axis. The paddle rotates around the container and continuously carries away the material on the container wall, leading it towards the center. After one revolution of the central wheel, the blades have already passed through the entire container, and after several revolutions, most of the materials have been mixed. In a very short period of time, that is, after a few dry revolutions, all the materials are completely mixed evenly. The planetary mixer is particularly suitable for dissolving, mixing, blending, and reacting materials ranging from powders to high viscosity and density.
Our team consists of highly motivated and skilled specialists who know how to deal with any issue that you may come across. This creates a basis for lasting relationships with our clients built on trust and mutual understanding.
We are devoted to creating unique and innovative solutions along with the high-quality supporting services. Our team consists of highly motivated and skilled specialists who know how to deal with any issue that you may come across. This creates a basis for lasting relationships with our clients built on trust and mutual understanding.
The rotation and revolution of the stirring blade are synchronized, driving the three-dimensional circulation of materials and achieving uniform mixing and blending in a short period of time, greatly improving production efficiency.
A variety of low-speed blades, such as frame type, paddle type, and Fried Dough Twists frame type, can be flexibly selected according to the characteristics of different materials, and accurately match the production process of various adhesives.
The equipment adopts a vacuum design, which can complete mixing in a sealed environment, effectively isolate external pollution, and discharge material bubbles and volatile substances to ensure the purity of the finished product.
Supporting multiple heating methods such as electric heating, steam heating, and hot/hot oil circulation, coupled with an intelligent temperature controller, to achieve precise control and stable maintenance of process temperature.
Type/Parameter |
Bowlsize(Dia.×Dep) |
Capacity |
Power |
Agitating speed on own axis |
Orbital/scraping speed |
Raising/lowering stroke |
Vacuum |
|
Full volume |
Working volume |
|||||||
FXJ-2L |
Φ180×120/150 |
3/3.8 |
2 |
0.37~0.75 |
0~100 |
0~60 |
220 |
-0.098~0.08 |
FXJ-5L |
Φ240/288×180 |
8/11.7 |
5 |
0.55~1.5 |
0~100 |
0~60 |
270 |
|
FXJ-100L |
Φ600×460/500 |
130/140 |
100 |
4~11 |
0~100 |
0~60 |
560 |
|
FXJ-200L |
Φ720/750×650 |
265/287 |
200 |
7.5~15 |
0~80 |
0~50 |
750 |
|
FXJ-500L |
Φ1000×380 |
650 |
500 |
15~37 |
0~60 |
0~40 |
930 |
|
FXJ-1000L |
Φ1250×1000 |
1227 |
1000 |
30~55 |
0~50 |
0~30 |
1100 |
|
Efficient planetary mixing
The rotation and revolution of the stirring blade are synchronized, driving the three-dimensional circulation of materials and achieving uniform mixing and blending in a short period of time, greatly improving production efficiency.
Diverse blade adaptation
A variety of low-speed blades, such as frame type, paddle type, and Fried Dough Twists frame type, can be flexibly selected according to the characteristics of different materials, and accurately match the production process of various adhesives.
Vacuum sealing operation
The equipment adopts a vacuum design, which can complete mixing in a sealed environment, effectively isolate external pollution, and discharge material bubbles and volatile substances to ensure the purity of the finished product.
Precise temperature control system
Supporting multiple heating methods such as electric heating, steam heating, and hot/hot oil circulation, coupled with an intelligent temperature controller, to achieve precise control and stable maintenance of process temperature.
Customer Case
Related videos
the FXDJ planetary mixer from farfly for paint
1 minute sdf550 full introduction
Planetary mixer | operating instructions2