Centrifugal separators

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Flottweg

Centrifugal separator - Soft Shot®

Flottweg offers separators with Soft Shot discharge system. Soft Shot has minimal noise. The separators can be used in rooms where no special/acoustic protection measures are essential....

Centrifugal separator - Soft Shot®

Flottweg offers separators with Soft Shot discharge system. Soft Shot has minimal noise. The separators can be used in rooms where no special/acoustic protection measures are essential. The solid discharge system allows exact combinations of partial and full discharges. Adapting the discharge type permits the finest operating method, depending on the products and the stability of solid. This can be controlled using a simple menu system with PLC.

The remnants of the separated solid can be found in the outlet openings, which can be closed by vertically positioning the piston valve during the separation procedure. The movements of the piston valve are hydraulically monitored by the control water.
Pieralisi - Olive Oil Division

Centrifugal separator / for olive oil / compact - P 1500-2000 SA COMPACT

The Centrifugal separator P 1500/2000 Compact series features excellent processing...

Centrifugal separator / for olive oil / compact - P 1500-2000 SA COMPACT

The Centrifugal separator P 1500/2000 Compact series features excellent processing of press musts, consistent gravity feeding and automatic bowl cleaning. It has the dimensions of (W x L x H) 1350 x 1100 x 2350 mm, a 310 mm bowl diameter, 7.5 kW installed power and a speed of 6200 rpm.
Metso's Mining and Construction Technology

Air separator / centrifugal / for fine material - 15 - 100 microns

Filtration size : 15 µm - 100 µm

Just like cyclones, these air classifiers use centrifugal force to separate particles at cutpoints ranging from 15 to 100 microns. First, the feed material is carried through the primary inlet...

Air separator / centrifugal / for fine material - 15 - 100 microns

Just like cyclones, these air classifiers use centrifugal force to separate particles at cutpoints ranging from 15 to 100 microns. First, the feed material is carried through the primary inlet flow. to separate the fines, drag forces are applied to the coarse p-articles and allow air to go through them. A second air stream flows from the bottom of the classifiers and through the materials. At this point, particles most similar with the cut point are returned to the machine while the most massive then falls to the bottom of the classifier and exits through an opening. The finest particles go through a spiral path toward the side outlets with the help of the air stream. Finally, the two air streams combine to make a cyclone which recovers the fine particles.
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