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Hydrocyclones
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Hydrocyclone - FD-FV
FD Series fluff blowers feature direct drive blower motors. FV Series fluff blowers feature belt...
Hydrocyclone - FD-FV
FD Series fluff blowers feature direct drive blower motors. FV Series fluff blowers feature belt drive blower motors.
Blower power 1-15 hp.
Direct drive blower motor (FD) or belt drive blower motor (FV).
Choice of 440/3/60 or 220/3/60 operating voltages.
Dual blowers available.
Blower airflow: 545-2180 cfm Cyclone airflow: 300-2180 cfm.
Blower power 1-15 hp.
Direct drive blower motor (FD) or belt drive blower motor (FV).
Choice of 440/3/60 or 220/3/60 operating voltages.
Dual blowers available.
Blower airflow: 545-2180 cfm Cyclone airflow: 300-2180 cfm.
Hydrocyclone - KREBS
The Krebs heavy media cyclone used in the coal industry is an extremely efficient cleaning device.
Benefits
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Benefits
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Hydrocyclone - KREBS
The Krebs heavy media cyclone used in the coal industry is an extremely efficient cleaning device.
Benefits
Broad size range
Capacities from 58 STPH to 985 STPH
A relatively wide range of coal sizes can be cleaned in a wide range of cyclone sizes
Several ceramic lining options from 1" to 1.5" thickness are available to optimize wear life
Extremely efficient cleaning device using finely ground (-325 mesh) magnetite and water as the "media".
Benefits
Broad size range
Capacities from 58 STPH to 985 STPH
A relatively wide range of coal sizes can be cleaned in a wide range of cyclone sizes
Several ceramic lining options from 1" to 1.5" thickness are available to optimize wear life
Extremely efficient cleaning device using finely ground (-325 mesh) magnetite and water as the "media".
Hydrocyclone desanding - KCSS
Krebs DeSanders and Separators are devices specially designed for the continuous...
Hydrocyclone desanding - KCSS
Krebs DeSanders and Separators are devices specially designed for the continuous removal of fine sand, scale and other undesireable solids from a liquid stream. Quality materials, advanced design and the finest workmanship assure the client of the highest possible sand recoveries and a long, trouble-free operating life.
Hydrocyclone - 2 bar | ZY55-1-ZY55-4
Hydrocyclone cooling lubricant purification systems work wherever heavy dirt particles have to be separated from low-viscosity fluids, for instance in machine tools (particularly grinding machines). Also in machining centres, transfer lines or component washing systems.
Functional characteristics:
The...
Functional characteristics:
The...
Hydrocyclone - 2 bar | ZY55-1-ZY55-4
Hydrocyclone cooling lubricant purification systems work wherever heavy dirt particles have to be separated from low-viscosity fluids, for instance in machine tools (particularly grinding machines). Also in machining centres, transfer lines or component washing systems.
Functional characteristics:
The fluid to be purified arrives in the cylindrical part of the hydrocyclone through the admission spiral at a pressure of 2 bar. The tangential arrangement of the infeed and the high flow speeds create a primary vortex rotating at high speed. The rotational speed increases continuously as the diameter of the conical housing reduces. The high speeds exert a centrifugal force on the dirt particles which are suctioned towards the wall of the cyclone and discharged with a small quantity of liquid through the underflow nozzle. The reducing cross-section of the cone housing increases the flow resistance, causing the sense of rotation of the primary vortex to reverse in the lower part of the cylinder. Maintaining its direction, the secondary vortex produced in this way travels upwards through the immersion tube into the clean water chamber. An air core in the centre of the secondary vortex aerates the coolant and so helps to prevent putrefaction.
Functional characteristics:
The fluid to be purified arrives in the cylindrical part of the hydrocyclone through the admission spiral at a pressure of 2 bar. The tangential arrangement of the infeed and the high flow speeds create a primary vortex rotating at high speed. The rotational speed increases continuously as the diameter of the conical housing reduces. The high speeds exert a centrifugal force on the dirt particles which are suctioned towards the wall of the cyclone and discharged with a small quantity of liquid through the underflow nozzle. The reducing cross-section of the cone housing increases the flow resistance, causing the sense of rotation of the primary vortex to reverse in the lower part of the cylinder. Maintaining its direction, the secondary vortex produced in this way travels upwards through the immersion tube into the clean water chamber. An air core in the centre of the secondary vortex aerates the coolant and so helps to prevent putrefaction.