Product Details

CA 361-11-00

GEA Westfalia Separator
Two-Phase-Decanters

Original may differ under certain circumstances.

CA 361-11-00 GEA Westfalia Separator Two-Phase-Decanters - Original may differ under certain circumstances.

Type: CA 361-11-00

Manufacturer: GEA Westfalia Separator

Description: Two-Phase-Decanters

Bowl design: Steep angle design

L/D ratio: Standard

Housing design: Vapour tight design

Liquid discharge: Liquid discharge with centripetal pump

Type of drive: V-belt drive

Type of conveyor drive: Gear drive

banner claiming 100% quality check
Machine inquiry

The GEA Westfalia Separator CA 361-11-00 is a high-performance two-phase decanter designed for the efficient separation of liquids and solids. This machine provides a reliable solution for various industrial applications where precise separation is required.

Drive Type

The decanter bowl is driven by a belt drive, while the screw is operated via a gear unit. This combination ensures stable and reliable performance, meeting the demands of challenging separation processes.

Inlet and Outlet

The decanter is equipped with a hermetically sealed housing design, enabling safe and clean processing. The liquid discharge is pressure-driven, ensuring efficient and controlled removal of separated liquids.

Bowl Design

In clarification, a solid phase is separated from a liquid phase.

Trust Centrimax as your reliable supplier for general or service-overhauled separators to optimize your production processes and enhance your efficiency.

Send us an inquiry for this machine: CA 361-11-00

Machine inquiry +49(0)2236-393530 info@centrimax.com
Back to overview

Your advantages

  • Over 60 years of experience
  • Remanufacturing (factory rebuilt)
  • PLC-based control system
  • First class quality
  • Inhouse test laboratory
  • Savings up to 70%
  • Commissioning/process integration
  • Centrimax warranty
  • After sales service
  • Manufacturer-independent

If you don't find the desired machine, please contact us.

Contact us!

What is the sum of 8 and 9?