Eductors for Gas & Fluid Control | Injection ...
Eductors use the venturi principle to entrain a low pressure fluid into a high pressure fluid, discharging a blended mixture. Eductors convert pressure-energy of a fluid into velocity. The fluid then expands through the eductor’s nozzle, which creates a vacuum which then entrains the suction fluid. The two fluids are blended and then re-pressurised inside the eductor body as the high velocity is effectively converted back into pressure, before being discharged through the outlet nozzle.
Eductors are used in a variety of applications such as:
Eductors use the venturi principle to entrain a low pressure fluid into a high pressure fluid, discharging a blended mixture. Eductors convert pressure-energy of a fluid into velocity. The fluid then expands through the eductor’s nozzle, which creates a vacuum which then entrains the suction fluid. The two fluids are blended and then re-pressurised inside the eductor body as the high velocity is effectively converted back into pressure, before being discharged through the outlet nozzle.
For a free quote just submit the 'Enquire Now' form or call us.
To contact Cebeco about Eductors for Gas & Fluid Control | Injection Controller use Get a quote.
Eductors use the venturi principle to entrain a low pressure fluid into a high pressure fluid, discharging a blended mixture. Eductors convert pressure-energy of a fluid into velocity. The fluid then expands through the eductor’s nozzle, which creates a vacuum which then entrains the suction fluid. The two fluids are blended and then re-pressurised inside the eductor body as the high velocity is effectively converted back into pressure, before being discharged through the outlet nozzle.
Eductors are used in a variety of applications such as:
Eductors use the venturi principle to entrain a low pressure fluid into a high pressure fluid, discharging a blended mixture. Eductors convert pressure-energy of a fluid into velocity. The fluid then expands through the eductor’s nozzle, which creates a vacuum which then entrains the suction fluid. The two fluids are blended and then re-pressurised inside the eductor body as the high velocity is effectively converted back into pressure, before being discharged through the outlet nozzle.
For a free quote just submit the 'Enquire Now' form or call us.
To contact Cebeco about Eductors for Gas & Fluid Control | Injection Controller use Get a quote.
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