400Liter mixing tank made of stainless steel
Application
For the mixing and heating / cooling of chemical gel and cream
Structure
Sanitary design with sealed top, inverted cone bottom
Drainage port on the middle bottom of the conical bottom
Water jacketed for both hot and cold-water circulation
A high-performance thermal insulation wall out side the jacket to protect the operator from got hurt by the low / high temperature
Top mount agitator for low speed gently mixing
Mechanical seal and stainless-steel mechanical seal base to keep external water enter into the tank
Stainless steel agitator transmission frame to improve the stability of the mixing
stainless steel mixing tank Product sketch (for reference only)
Technical parameters
1 |
A |
B |
2 |
Main parts |
Specification |
3 |
Full capacity |
500 Liter |
4 |
Working capacity |
400Liter |
5 |
Top |
Dish head with manway cover |
6 |
Bottom |
Inverted cone with drainage port |
7 |
Design pressure |
Room pressure inside Max 3 bar in water jacket |
8 |
Inner wall |
Material |
Stainless steel 316L |
9 |
Temp. |
-20~150 degree Celsius |
10 |
Size |
φ900 x 600 |
11 |
Thickness |
4mm |
12 |
Polish |
Mirror polish |
13 |
Motor |
Power |
1.5kw |
14 |
|
voltage |
380V 50Hz 3phase |
15 |
Agitator |
Type |
Anchor, with PTFE scrapers for bottom and side wall |
16 |
Speed |
36rpm |
17 |
Jacket |
For |
for external hot / cold water |
18 |
Temp. |
-20~150 degree Celsius |
19 |
Material |
Stainless 304 |
20 |
Type |
Spiral coil |
21 |
Insulation |
Material |
PU foam |
22 |
Thickness |
50mm |
23 |
Outer shell |
material |
SS304 |
24 |
Thickness |
1.5mm |
25 |
Ports |
On top |
Breath hole x 1 Nos |
26 |
CIP cleaning port x 1 Nos |
27 |
Feed port x 1 Nos |
28 |
Spare port x 1 Nos |
29 |
Oval manway x 1 Nos |
30 |
On jacket |
Water inlet x 1 Nos |
31 |
Water outlet x 1 Nos |
32 |
On bottom |
Drainage port x 1 Nos |
33 |
Thermal well x 1 Nos |
34 |
Overall size |
mm |
1100x1100x1900 mm |
400 Liter stainless steel mixing tank cosmetic cream mixer
made to order to fit different mixing homogenizing working condition