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decanter centrifuge

464 Products Found

PDCのCalium Hypochlorateのためのチタニウムのデカンターの遠心分離機の分離器

PDC Titanium Decanter Separator Centrifuge For calium hypochlorate Brief Introduction PDC Titanium Decanter Separator Centrifuge For calium hypochlorate is a horizontal, continuously working and continuously spiral discharging sedimentation centrifuge. It is used in a variety or industries for separating all kinds of solid liquid suspension, defecating liquid phase with graded grains, and dehydrating sludge such as: polyoxyethylene, sulfurous acid tansuanbei, strontium

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アシド耐性デカンター遠心機カルシウム・ヒポクロライトチタン材料

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耐腐食産業用デカンター危険な廃棄物遠心分離機

Corrosion-Resistant Industrial Decanter Centrifuge for Hazardous waste Description Corrosion-Resistant Industrial Decanter Centrifuge is designed for continuous solid-liquid separation of corrosive industrial sludge. Compared with general-purpose decanter centrifuges, this model focuses on anti-corrosion material selection, chemical compatibility, stable sludge dewatering, and reduced downtime caused by corrosion-related wear or damage. Typical Corrosive Applications Acidic

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タールスラッジ分離用の重質残留物工業用デカンタ遠心分離機

Heavy-Residue Industrial Decanter Centrifuge for Tar Sludge Separation Description Heavy-Residue Industrial Decanter Centrifuge is designed for separating heavy sludge, sticky residue, tar sludge, high-solids slurry, and difficult-to-discharge industrial materials. Compared with a standard decanter centrifuge, this machine focuses on high-torque screw conveying, anti-blockage discharge design, controlled differential speed, stable cake removal, and reliable operation under

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遠心分離機/鋭い泥をデカントする油田

Solid - Liquid separation Gas , Oil Field Decanting Centrifuge / Drilling Mud / Drilling Fluid 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

薬剤のデカンターの遠心分離機

Low Vibration, Stainless Steel Pharmaceutical Decanter Centrifuge With Gear Box System Brief Introduction The Pharmaceutical Decanter Centrifuge is designed for continuous solid-liquid separation in pharmaceutical intermediates, fermentation broth, API process liquid, fine chemical slurry, and clean production processes. With low vibration design, stainless steel construction, reliable gearbox system, and adjustable operating parameters, the centrifuge helps improve liquid

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高性能の連続的な自動遠心分離機機械デカンターの遠心分離機

High performance Continuous Automatic Centrifuge Machine Decanter Centrifuges Brief Introduction Peony decanter centrifuge is the mechanical equipment used for continuously separating the materials in the suspension with density difference, by the principle of centrifugal setting. Basic principle The drum and the spiral feeder rotate in the same direction but with a certain speed difference; the material is led into the feeding spiral inner cylinder via the feeding pipe and,

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密閉横の液体の固体沈積物の排水のデカンターの遠心分離機

Introduction When you need to separate solid / liquid mixtures with high solids content, you can choose a decanter centrifuge. In contrast to chamber filter presses, these solid vortex centrifuges or decanter centrifuges operate continuously. High centrifugal forces separate finely divided solid particles from the suspension. Our decanter centrifuges are modular in design and can be used in a wide range of industries. Centrifuges can be optimally adjusted for specific

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PLCは魚油の分離のための連続操作のデカンターの遠心分離機を制御した

Competitive Advantages Automatic continuous operation Water level adjustable Highest efficiency and lowest power consumption PLC control Screw conveyor full tiled. 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 Gravity separation On account of difference in density, the mixed liquid in the container, after a period of time, is

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