16" 18" 20" Petroleum Refining Decanter Centrifuge - Product

Other Specification : 16",18",20" Petroleum Refining Decanter Centrifuge CompetitiveAdvantages: # Automaticcontinuousoperation # Waterleveladjustable # Highestefficiencyandlowestpowerconsumption # PLCcontrol # Screwconveyorfulltiled. Specifications: - - - - Model | Drum | Power (kw) | Diameter (mm) | Speed (rpm) | Length (mm) | Length-to-diameter Rate | PDC-16" | 400 | 3000 | 1400 | 3.5 | 45/15 | PDC-18" | 450 | 3200 | 2000 | 4.44 | 30/11 | PDC-20" | 500 | 3000 | 2000 | 4 | 37/11 | - - - - Gravityseparation On Account Of Difference In Density, The Mixed Liquid In The Container, After A Period Of Time, Is Gradually Divided Into 2 Layers. The Heavy Phase Particle Of The Mixed Liquid Deposits To The Bottom Of The Container, While The Light Phase One Suspends To The Upper Surface. A Rather Distinctive Dividing Plane Forms Between The Light And Heavy Phases. The Separation Speed Is Affected By The Difference In Density Between The Light And Heavy Phases That Make Up The Mixed Liquid. The Larger The Difference In Density Is, The Faster The Separation Speed Will Be. 1.Backdrivemotor2.Gearbox3.Hood4Drumsection5Pedestal6Feedingpipe7.Mainmotor Separation Principle Taking Advantage Of The Principle That The Light Liquid, Heavy Liquid And Solid Phase, With Different Density And Mutually Insoluble In The Mixed Liquid, Gain Different Sedimentation Speed In The Centrifugal Force Field Or Gravity Force Field, Separating Stratification Or Causing The Solid Particles In The Liquid To Deposit Can Be Achieved. In The Gravity Force Field Or Centrifugal Force Field, The Light Liquid Phase, The Heavy Liquid Phase And The Solid Phase With Different Density And Mutually Insoluble In The Mixed Liquid,

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