Application
A rubber strainer machine is used to screen out impurities found within rubber.
Parameters
Model |
XJL-150 |
Screw diameter (mm) |
150 |
Length/Diameter |
1:5.14 |
Screw rotating speed (r/min) |
53 |
Motor power (KW) |
37 |
Vapor pressure (MPa) |
0.6-0.8 |
Cooling water pressure (MPa) |
0.2 |
Production capacity (㎏/h) |
450 |
Weight (T) |
~4.5 |
Model |
XJL-200 |
Screw diameter (mm) |
200 |
Length/Diameter |
4.5:1 |
Screw rotating speed (r/min) |
45 |
Motor power (KW) |
55 |
Vapor pressure (MPa) |
0.6-0.8 |
Cooling water pressure (MPa) |
0.2 |
Production capacity (㎏/h) |
900 |
Weight (T) |
~8 |
Model |
XJL-250 |
Screw diameter (mm) |
250 |
Length/Diameter |
4:1 |
Screw rotating speed (r/min) |
40 |
Motor power (KW) |
110 |
Vapor pressure (MPa) |
0.6-0.8 |
Cooling water pressure (MPa) |
0.2 |
Production capacity (㎏/h) |
1800 |
Weight (T) |
~9 |
Description of Rubber Strainer Machine
1. The strainer machine’s screw uses 38CrMoAIA materials that have undergone a tempering and surface nitriding treatment. The surface hardness is HRC60-65 and hard layer thickness is 0.4-0.6mm. The surface roughness is less than Ra0.8. Inside the screw, there is a pore path for temperature control circulating water, which serves for the heating and cooling of screw.
2. The feeding cylinder is mainly composed of a rear body, front bushing and rear bushing. The structure is a jacketed cast iron.
The rear body is made of cast steel and contains a cavity where temperature control circulating water can flow through for the heating and cooling of the rear body.
The front & rear bushing uses 38CrMoAIA materials that have undergone a tempering and surface nitriding treatment.