Vacuum 10L Planetary Centrifugal Mixer Suitable for Defoaming of Multi Component Materials
Parameters
Name:
Vacuum planetary gravity mixer (vacuum stirring and defoaming machine)
Model:
ITT-10000S
Purpose:
It is suitable for dispersing, mixing and defoaming of multi-component materials (silica gel, multi-component epoxy resin, etc.).
Standard container:
10L(HDPEφ237*258) 4000ml(HDPE φ173*193) 1500ML(HDPEφ130×146)
Maximum throughput:
1200g~18KG;≤6000mL;
Revolution:
100~800rpm stepless speed regulation, adjust 1rpm according to the actual needs of users;
Set time:
0~3000Sⅹ5(a total of five steps), the accuracy is 1s;
Parameter storage:
5 groups;
Vacuum degree:
-100KPa, precision 0.1KPa;
Vacuum source:
Built-in two-stage advanced vacuum pump 90L/min (=15L/sec=54~60m²/hour);
Absolute limit pressure (partial pressure 5*10-2Pa and 0.05Pa);
Absolute limit pressure (full pressure 4*10-1Pa and 0.4Pa)
Vacuum settings:
Vacuum independent switch, with vacuum delay function, vacuum degree can be adjusted arbitrarily;
Bearing:
Japan NSK bearing;
Control System:
Human-machine dialogue, Chinese interface, touch screen operation;
Balance adjustment:
Double cup configuration balance;
Transfer method:
Gear drive;
Working principle:
Public rotation wingless centrifugal gravity method;
Alarm system:
When running, the upper cover is uncovered and detected;
Safety protection:
During operation, the upper cover is locked, and when the upper cover is opened, it stops working;
Applicable temperature and humidity:
10~40 ℃; 20~80%RH (if there is no foggy moisture, it is enough);
Voltage:
AC380V±5%; 3-Phase; 50~60Hz;
Power:
The rated power of the host is 6KW;
Dimensions:
L1200×W1000×H1100mm;
Host weight:
950Kg;
Features:
Rotation and revolution motion can generate a centrifugal gravity of up to 800G, which can be used for strong dispersion and defoaming; there is no spiral blade, which can realize stirring and dispersion in the container; no cleaning is required, and it will not pollute the material; it will not damage the properties of materials (especially fibrous materials); Human-computer interaction, easy to operate; ultra-small, ultra-light, ultra-quiet optimized design.