product core function is meterial curshing, conveying, mixing, dispersing, homogenizing, emulsifying, refining, it is widely used in food, pharmaceutical, commodity chemicals, industry of fine chemicals, petrochemical, papermaking chemicals, pesticides, chemical fertilizers, plastic, rubber, paint,coating meterial and so on.
application area:
The machine is used in the decomposition, dissolution, dispersion, shearing and emulsification processes of petroleum, chemical, daily chemical, textile, food and other industrial sectors. The multifunction features improve mixing efficiency compared with pure mixing principle. It has wide versatility and flexibility.
Principle:
A strong vertical flow of liquid produced by a rotor driven by a high speed rotating rotor under the action of a diversion cavity, The liquid in the container starts to totally circulate, reaching the macroscopic mixing, on the other hand, high speed rotating rotors can produce some shear turbulence for micro mixing, and these micro mixed liquids are dispersed to every corner of the container with the circulation of the whole liquid flow, all the liquid in the container can be completely emulsified and mixed, which is completely different from the traditional mixing method, the micro mixing can be regarded as the small batch mixing of the minimum particle size of the material, and the treatment result of emulsified mixing can be achieved completely, macroscopic mixing can be seen as a complete mixing of materials in a container without a dead angle
Optional working head
ADRHJ400I slot emulsified mixed type: mixed, shearing, homogenizing, dissolving, accelerating reaction
Vertical emulsification mixing of monolithic liquid flow
The fluid will not produce vortices to avoid large infiltration of the air.
The bottom of the container does not produce sedimentation.
High shear stress can reduce particle size and accelerate the reaction.
High efficiency mixed emulsification makes it easier to prepare Emulsion
ADRHJ400II slotless mixing type: mixing, dissolving, suspending, accelerating reaction.
Vertical emulsification mixing of monolithic liquid flow
The fluid will not produce vortices
The bottom of the container does not produce sedimentation.
It is no shear stress and can protact particle completely.
Air infiltration is small
High efficiency mixed emulsification makes it easier to prepare Emulsion
Technical parameter :
ADRHJ400 serial
|
Model
|
Power (KW)
|
Speed (r/min)
|
B
|
C
|
D
|
E
|
F
|
G
|
Processing(m3/h)
|
|
ADRHJ401A
|
1.5
|
2900
|
160
|
430
|
215
|
265
|
705
|
4×F14
|
10～70
|
|
ADRHJ402A
|
2.2
|
2900
|
160
|
650
|
215
|
265
|
1196
|
4×F14
|
50～150
|
|
ADRHJ404A
|
4
|
2900
|
200
|
750
|
255
|
290
|
1395
|
4×F16
|
100～400
|
|
ADRHJ407A
|
7.5
|
2900
|
240
|
833
|
300
|
350
|
1580
|
8×F16
|
200～1000
|
|
ADRHJ411A
|
11
|
2900
|
240
|
840
|
300
|
350
|
1769
|
8×F16
|
300～1400
|
|
ADRHJ418A
|
18.5
|
1470
|
280
|
1190
|
360
|
415
|
2200
|
8×F18
|
500～1800
|
|
ADRHJ422A
|
22
|
1470
|
300
|
1200
|
360
|
415
|
2250
|
8×F18
|
800～2500
|
|
ADRHJ430A
|
30
|
1470
|
320
|
1355
|
400
|
450
|
2525
|
8×F18
|
1000～3500
|
|
ADRHJ437A
|
37
|
1470
|
340
|
1395
|
400
|
450
|
2585
|
8×F23
|
1500～6000
|
|
ADRHJ455A
|
55
|
1470
|
380
|
1638
|
600
|
640
|
2995
|
16×F23
|
2000～10000
|
|
ADRHJ475A
|
75
|
1470
|
400
|
1648
|
600
|
640
|
3050
|
16×F23
|
3000～12000
|
|
ADRHJ490A
|
90
|
1470
|
430
|
1655
|
600
|
640
|
3120
|
16×F23
|
4000～15000
|
|
ADRHJ4110A
|
110
|
980
|
460
|
1680
|
650
|
755
|
3325
|
16×F23
|
5000～17000
|
|
ADRHJ4132A
|
132
|
980
|
425
|
2000
|
650
|
755
|
3760
|
16×F23
|
6000～18000
|
Attentation: * flow range in form is the measured data when the medium is "water".
*The data are subject to change without prior notice, and the correct parameters are subject to the provision of physical objects
|
Atmospheric type
|
|
Model
|
Power (KW)
|
Speed (r/min)
|
B
|
C
|
D
|
E
|
F
|
G
|
Processing(m3/h)
|
|
ADRHJ401B
|
1.5
|
2900
|
120
|
430
|
215
|
200
|
705
|
4×F14
|
10～70
|
|
ADRHJ402B
|
2.2
|
2900
|
140
|
740
|
215
|
265
|
1286
|
4×F14
|
50～150
|
|
ADRHJ404B
|
4
|
2900
|
160
|
863
|
255
|
290
|
1508
|
4×F16
|
100～400
|
|
ADRHJ407B
|
7.5
|
2900
|
180
|
1082
|
300
|
350
|
1830
|
8×F16
|
200～1000
|
|
ADRHJ411B
|
11
|
2900
|
210
|
1110
|
300
|
350
|
2039
|
8×F16
|
300～1400
|
|
ADRHJ418B
|
18.5
|
1470
|
300
|
1520
|
360
|
415
|
2530
|
8×F18
|
500～1800
|
|
ADRHJ422B
|
22
|
1470
|
320
|
1540
|
360
|
415
|
2590
|
8×F18
|
800～2500
|
|
ADRHJ430B
|
30
|
1470
|
340
|
1715
|
400
|
450
|
2885
|
8×F18
|
1000～3500
|
|
ADRHJ437B
|
37
|
1470
|
360
|
1775
|
400
|
450
|
2965
|
8×F23
|
1500～6000
|
|
ADRHJ455B
|
55
|
1470
|
480
|
2038
|
600
|
640
|
3395
|
16×F23
|
2000～10000
|
|
ADRHJ475B
|
75
|
1470
|
500
|
2068
|
600
|
640
|
3470
|
16×F23
|
3000～12000
|
|
ADRHJ490B
|
90
|
1470
|
520
|
2095
|
600
|
640
|
3560
|
16×F23
|
4000～15000
|
|
ADRHJ4110B
|
110
|
980
|
550
|
2160
|
650
|
755
|
3805
|
16×F23
|
5000～17000
|
|
ADRHJ4132B
|
132
|
980
|
580
|
2500
|
650
|
755
|
4260
|
16×F23
|
6000～18000
|
Attentation: * flow range in form is the measured data when the medium is "water".
*The data are subject to change without prior notice, and the correct parameters are subject to the provision of physical objects
|
Vacuum type
|