Low Temperature Plant Centrifuge Machine

Product Description

Machine Model	SH-300	SH-350	SH-450	SH-600	SH-800	SH-1200
Drum Diameter	300mm	350mm	450mm	500mm	600mm	1200mm
Max material load capacity	20-30 lbs	30-43 lbs	45-65 lbs	60-80 lbs	80-130 lbs	150-220lbs
Max Rotating Speed	1400r/min	1400 r/min	1200 r/min	1000 r/min	1000 r/min	800r/min
Separation factor	560ωˆ2r/g
Motor Power	1kw	1.5kw	2.3kw	2.8kw	3.5kw	4.8kw
Machine weight	300kg	350kg	430kg	550kg	680kg	1100kg
Machine Dimension	580*550*600mm	660*660*900mm	870*850*1100mm	900*920*1150mm	1100*1020*1300mm	1600*1450*1300mm

 

1.Machine with the solvent inlet and outlet with ball valve could discharge and fill the liquid when you want.

2.Machine with 2cm thickness jacket could cool the reaction temperature.

3.The inlet and outlet of the jacket are placed Horizontal tilt to make sure the cooling efficiency as high as much.

4.We also placed the machine motor in the bottom of the machine.
This could increase the machine extraction volume and the filter bag also could be placed in easily.

5.And the motor are explosion-proof type to avoid the solvent fire.

Main Features:
It can realize liquid-liquid-solid separation. it can be operated manually or automatically or remotely. This machine is widely used for many industries, such as dairy, beverage,chemials, petrol, metallurgy and biology, etc.

Structure and principle:
The bowl rotates at a high speed round the main axis, driven by a motor through hydraulic coupling and screw gear pair. stock liquid flows from the upper feeding pipe into the bowl's bottom and then will be separated through holes of disc seat. by the action of centrifugal force field, heavy liquid flows along the inner wall of discs to the inner wall of the bowl, after up flowing along them, it will be discharged by the heavy liquid pump, the light liquid will be done by the light liquid pump, which flows along the inner wall of discs into centre pipe and then up to high liquid outlet. the larger solid phase particles left will sedimentate on the bowl's wall and then will be discharged, controlled by the sliding bowl, out of the sediment outlet.