Disc Nozzle Centrifuge

Engineered to deliver consistent, high-efficiency separation with minimal downtime for applications including Primary Separation, Gluten Thickening, and Clarification.
Product Group:
Centrifugal Separation
Function:
High-Speed Clarification & Separation
Available Models:
FQC-800, FQC-800T, FQC-800E, FQC-950, FQC-950T, FQC-950E

Overview

Komline Fluid-Quip FQC Series Disc Nozzle Centrifuges are engineered to deliver consistent, high-efficiency separation with minimal downtime. Constructed with Ferallium 255 and 316 stainless steel, and supported by local monitoring and lubrication systems, these centrifuges provide both high durability and precise control. Nozzles can be replaced without removing the bowl or housing, significantly reducing maintenance time.

Benefits

  • Achieve superior solid-liquid separation efficiency, ideal for fine particle removal in high-volume processes such as starch, beverage, and chemical applications.
  • Ensure uninterrupted performance and increase process throughput with a fully continuous design built for demanding environments.
  • Easily integrate into existing systems with a vertical, compact structure suitable for installations where floor space is limited.
  • Reduce total cost of ownership over time with durable, corrosion-resistant components that require minimal maintenance and offer an extended operational lifespan.

Key Features

  • Heavy-duty Ferallium 255 bowl, hub, and cover
  • All wetted parts made of 316 stainless steel for corrosion resistance
  • Local panel for monitoring vibration, temperature, lubrication rate, and RPM
  • Patented nozzle system (US #6,216,959 & #6,511,005) for easy installation and removal
  • Built-in hydraulic hoist system for easier maintenance
  • Inspection port in underflow volute for access without disassembly
  • Heavy-duty base design for structural vibration minimization
  • Operating Principle

    The centrifuge uses high rotational speeds to generate centrifugal force, separating solids and liquids. Feed enters through the top, heavier solids are forced to the outside and discharged through nozzles, while the lighter liquid phase is discharged separately.

    Available Options

    The centrifuge uses high rotational speeds to generate centrifugal force, separating solids and liquids. Feed enters through the top, heavier solids are forced to the outside and discharged through nozzles, while the lighter liquid phase is discharged separately.

    Other Details

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