デカンターの遠心分離機

Description Decanter centrifuges, also called solid bowl centrifuges, are generally designed as two-phase or three-phase machines and are extremely versatile.Taking advantage of the principle that the 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.

Separation principle Centrifuge for continuous separation of solids from liquids such as thickening and dewatering sludge, suspensions with granular solids, clarification of liquids, separating starch, etc. We provide a broad range of DECANTER sizes. Specifications Model Drum Diameter(mm) Length(mm) G-force Capacity(m3/h) PDC14-3-W 450 1350 2600 3~15 Advantage 1. Automatic continuous operation 2. Water level adjustable 3. Highest efficiency and lowest power consumption 4. PLC

Industrial Separation Equipment / Horizontal Decanter Centrifuges For Sludge Dewatering Product Description Decanter centrifuge is a horizontal, continuously working and continuously spiral discharging sedimentation centrifuge.Decanters with slow rotation speeds are normally based on horizontal separation technology. Decanter eusure optimum separation efficiency in the case of suspensions with a very high proportion of solid. They are also used for the extraction constituents

Automatic Horizontal Decanter Centrifuges Calcium Carbonate Dewatering Machine Main advantages 1. Continuous feeding, separating and discharging2. Low energy consumptionApplication3. Simple operation and easy maintenance4. CE, ISO, TUV Allocations PropertyDescriptionDrive typeDual drive.Two motors,belt connectionFrequency invertersDual frequency inverters, ABB, SAMCO or equivalent brandBearingSKF or NSK importedBowl materialSS304/SS316L/DSS2205 with centrifugal casting

Municipal Waste Water Decanter Centrifuge, Centrifuge Sludge Separator Brief Introduction: 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

Application Chemical: Calcium Hypochlorite Food: Fruit and Vegetable juices, Starch, Protein, Molasses, Stillage Oils and Fats: Fish oil, Gelatine Environmental protection/Recycling: Drilling mud, Industrial wastewater, Municipal wastewater Minerals: Graphite, Kaolin, Bentonite Specifications Model Diameter (mm) Bowl speed (rpm) G-force Capacity (m3/h) Main motor power (kw) PNX409 250 5500 3493 0.2-2 15 PNX-414 355 4000 3175 1~10 18.5 PNX-416 355 4000 3175 1~15 18.5 PNX-418

Specifications Model Diameter (mm) Bowl speed (rpm) Length (mm) G-force Capacity (m3/h) Main motor power (kw) PNX409 250 5500 850 3493 0.2-2 15 PNX-414 355 4000 860 3175 1~10 18.5 PNX-416 355 4000 1160 3175 1~15 18.5 PNX-418 355 4000 1460 3175 1~25 22 PDC-1655 420 3000 1450 2113 10~30 55 PDC-17-4 420 3600 1680 3042 3~15 30 PDC-18-4.4 450 3300 2000 2739 10~20 37 PDC-20 500 3200 2000 2860 5~45 55 PDC-21 540 2800 2000 2366 15~50 45 PDC-24 620 3200 2480 3555 15~60 Hydraulic

Description 3 phase liquid-liquid-solid Decanter centrifuges, also called tricanter, Taking advantage of the principle that the heavy liquid,light 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.It is the popular machine throughout the world and

Description In our three phase decanter centrifuges, the light and heavy liquids are discharged via the force of gravity and the centrifugal force, which effectively prevents the phases mixture and incomplete separation. Ordinary three phase decanter centrifuges often generate incomplete separation because of unstable light / heavy phase liquid compositions, while in our centrifuges, the interface of light / heavyphase liquids can be regulated with constantly changing