1.Scope of application
cutting fluid, tensile emulsion, cold rolling emulsion, semi-synthetic coolant, fully synthetic coolant, cleaning fluid.
2.Working principle
When the cutting fluid is sent into the equipment through the oil transfer pump, when the cutting fluid and impurity particles enter the separation rotor, they are subjected to strong centrifugal force (up to 2000 times the gravity of the impurity self weight), the cutting fluid and impurities move radially to the internal surface of the rotor, and the cutting fluid and impurities are compressed into a thick layer. Due to the different effects of centrifugal force, the cutting fluid flows back to the transfer tank along the reflux tank, and the impurities are adsorbed to the inner surface of the separator and gradually solidified, so as to separate the impurities from the cutting fluid and continuously improve the cleanliness of the cutting fluid.
3.Technical parameters
Model Number:LC-SJ-HWM-G
Scope of application:Water-Based
Filtration Method:Centrifugal Separation
Slag Discharge Mode:Automatic Slag Discharge
Start Mode:Soft Start
Power Supply Data:Three Phase AC 38V 50Hz
Total Power (Kw):48
Control Panel:Siemens Touch Panel
Drum Capacity (L):20
Drum Speed (r/min):11600
Centrifugal Effect:99%
Working Pressure (Mpa):0.4
Working Noise:â?¤75 dB(A)
Maximum Handling Capacity:6000
Recommended Flow (L/H):6000
Working Temperature For Oil ():45
Oil Content After Purification:
1.Scope of application
Lubricating oil, hydraulic oil, turbine oil, transformer oil, gear oil, cutting oil, cleaning oil, rolling oil, cooling oil, engine oil, guide rail oil, stamping oil, antirust oil, spark engine oil, phosphate oil, water glycol, etc.
2.Working principle
The oil purification device is a three-phase separation of particulate matter, oil, and water medium, and the sedimentation separation formed according to different densities, and the sedimentation is accelerated under the action of centrifugal force.Through the centrifuge, the sedimentation acceleration evolves into the circumferential acceleration. The separated material is sent into the heart of the machine, that is, inside the barrate. Under the action of strong centrifugal force, the material passes through the separation interval of a group of disc bundles. The disc wall moves out of the neutral hole, where heavy slag accumulates in the sediment area, and the heavy phase flows upward to the centripetal pump; the liquid with a smaller specific gravity moves along the disc wall into the neutral hole and converges to the lower centripetal pump The light and heavy phases are respectively output by the lower centripetal pump and the upper centripetal pump; the heavy slag is discharged regularly; continuous production is implemented.
3.Technical parameters
Model Number:LC-YJ-HWM-G
Scope of application:Oil-Based
Filtration Method:Centrifugal Separation
Slag Discharge Mode:Automatic Slag Discharge
Start Mode:Soft Start
Power Supply Data:Three Phase AC 38V 50Hz
Total Power (Kw):48
Control Panel:Siemens Touch Panel
Drum Capacity (L):20
Drum Speed (r/min):11600
Centrifugal Effect:99%
Working Pressure (Mpa):0.4
Working Noise:â?¤75 dB(A)
Maximum Handling Capacity:12000
Recommended Flow (L/H):6000~12000
Working Temperature For Oil ():45
Moisture after Processing (ppm):
