We stay with the basic principle of “quality initially, services first, steady improvement and innovation to fulfill the customers” for your management and “zero defect, zero complaints” as the quality objective. To perfect our company, we give the goods while using the good high-quality at the reasonable selling price for China Cheap price China Good Price Lab Twin Screw Extruder of Plastic Machine Production Line, our products and solutions have excellent standing from the whole world as its most competive selling price and our most advantage of after-sale provider towards the clients。
We stay with the basic principle of “quality initially, services first, steady improvement and innovation to fulfill the customers” for your management and “zero defect, zero complaints” as the quality objective. To perfect our company, we give the goods while using the good high-quality at the reasonable selling price for China Lab Twin Screw Extruder, Plastic Extruder Machine, Further, we’ve been supported by highly experienced and knowledgeable professionals, who have immense expertise in their respective domain. These professionals work in close coordination with each other to provide our clients an effective range of goods.
Lab scale Co-kneader
Unique Working Principle
The optimization of production technology is the main goal of all companies. The main reason of this process is increasing production quality, capacity and decreasing the cost. In same cases of lab compounding, there is some limitation for temperature sensitive and shearing sensitive application due to extremely high shear rate of co-rotating twin screw extruder. In such case, the priority shall be given to the Co-kneader. Co-kneader has low intensive mixing properties but without any pressure and temperature peak compared to co-rotating twin screw extruder. Also Co-kneader has stable shear rate independent on screw size. This is very useful for up scaling from laboratory data.
The barrel and screw could also be segmented according to application. The optimization of screw configuration is also needed. Too much kneading elements rapidly increase stock temperature; on the other side too less kneading element is not enough for high quality kneading. The co-kneader use many types of screw elements; basically fast and slow conveying, short kneading and kneading elements for restriction ring. Additionally elements with increased core diameter, kneading element with backward flowing characteristic and others are also usable. The restriction ring is special bore element with lower core diameter which increase melt pressure for high quality mixing. The diameter of restriction ring also need to be optimized for reducing shear rate and stock temperature.
XINDA SJW-45 Co-kneader, especially used for lab scale production of following:
1. High filled master batch
2. High concentration color master batch
3. Black masterbatch
4. Bio-degradable compounds
5. PVC compounds
6. HFFR, XLPE, semi-conductive cable compounds
7. Other heat-sensitive and shearing-sensitive compounds
Model | SJW-45 | ||||
Screw Diameter |
45mm | ||||
L/D | 10~25 | ||||
Stroke | 6.75mm | ||||
Main Power | 22kw | ||||
Max. Screw Speed | 500 | ||||
Reference Output(kg/h) | 10-30Kg |
Model
|
PSHJ-20
|
PSHJ-35
|
PSHJ-50
|
PSHJ-65
|
PSHJ-75
|
PSHJ-127
|
Screw Diameter:
MM |
21.7
|
35.6
|
50.5
|
62.4
|
71
|
126
|
Central Distance
|
18
|
30
|
42
|
52
|
60
|
102
|
Length Diameter Ratio
|
28-52
|
28-52
|
28-52
|
28-52
|
28-52
|
28-52
|
Main Motor Power
|
4-5.5
|
22-45
|
75-110
|
110-185
|
160-280
|
90-160
|
Max.Screw Speed:
RPM |
600
|
600
|
600
|
600
|
600
|
600
|
Output Torque per Shaft:N.m
|
32-43
|
175-358
|
597-875
|
875-1472
|
1273-2228
|
850-1528
|
Reference Output: KG/HOUR
|
5-20
|
20-80
|
80-200
|
150-350
|
300-600
|
800-1500
|
Max.Screw Speed:
RPM |
800
|
800
|
800
|
800
|
500
|
Model
|
C-PSHJ-35
|
C-PSHJ-50
|
C-PSHJ-65
|
C-PSHJ-75
|
C-PSHJ-127
|
Screw Diameter:
MM |
35.6
|
50.5
|
62.4
|
71
|
126
|
Central Distance
|
30
|
42
|
52
|
60
|
102
|
Length Diameter Ratio
|
28-52
|
28-52
|
28-52
|
28-52
|
13-18
|
Main Motor Power
|
22-45
|
75-132
|
110-250
|
160-355
|
90-160
|
Output Torque per Shaft:N.m
|
131-269
|
448-788
|
657-1492
|
955-2119
|
850-1528
|
Reference Output: KG/HOUR
|
150-300
|
200-500
|
400-800
|
500-100
|
800-1500
|