GST : 24AADCR2517B1Z0

Venturi Nozzle for Filter Cartridge

Product Details:

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Venturi Nozzle for Filter Cartridge Price And Quantity

  • 5 Unit
  • INR

Venturi Nozzle for Filter Cartridge Product Specifications

  • Venturi Nozzle
  • Silver

Venturi Nozzle for Filter Cartridge Trade Information

  • Letter of Credit (L/C) Cash in Advance (CID) Cheque Cash Advance (CA)
  • 35000 Unit Per Year
  • 1-2 Week
  • Yes
  • Within a certain price range free samples are available
  • As per client requirement
  • Australia Central America Middle East Asia Africa
  • All India

Product Description

We are an acclaimed name engaged in offering our precious customers a superior quality collection of Venturi Nozzles for Filter Cartridges. Our offered range is widely demanded by our dear customers for its precise design and easy installation. This assortment can also be getting in various sizes, designs, materials and other related specifications. In line with set parameters we provide these products in many designs and sizes as per the ever-evolving requirements of our patrons.

Venturi Nozzle for Filter Cartridge Specifications:

  • Flow rate: 0.5 to 3 T/hr
  • Material: Stainless Steel
  • Slot: 0.2 to 0.5 mm
  • Size: 214 to 327 mm
  • Color: Silver

Venturi Nozzle Applications:

  • Fluid Flow Measurement: Venturi nozzles are commonly used in flow measurement applications where accurate measurement of fluid flow rates is essential. By measuring the pressure difference between the inlet and throat of the nozzle, flow rate can be determined using Bernoulli's equation.
  • Fuel Injection Systems: Venturi nozzles are used in carburetors and fuel injection systems in internal combustion engines to mix air and fuel efficiently. The narrowing of the flow path in the nozzle creates a low-pressure region, allowing fuel to be drawn into the air stream and atomized for combustion.
  • Dust Collection Systems: Venturi nozzles are employed in dust collection systems to create suction and capture dust particles. They can be used to create airflow that collects dust particles from industrial processes, improving air quality in the workplace.
  • Vacuum Pumps: Venturi nozzles are used in some types of vacuum pumps where high-pressure fluid flow is used to create suction. This principle is utilized in applications such as vacuum lifting devices and vacuum grippers in robotics.
  • Agricultural Sprayers: Venturi nozzles are used in agricultural sprayers to mix pesticides or fertilizers with water. The low-pressure region created by the nozzle allows the chemicals to be drawn into the water stream and evenly dispersed over crops.
  • Water Treatment Systems: Venturi nozzles are used in water treatment systems for mixing chemicals with water. They can efficiently mix and distribute chemicals such as chlorine for disinfection or coagulants for flocculation.
  • Hydraulic Systems: Venturi nozzles can be used in hydraulic systems for fluid mixing and energy conversion. They are used in hydraulic jet pumps and hydraulic turbines to accelerate fluid flow and generate power.
  • Air Conditioning Systems: Venturi nozzles are utilized in air conditioning systems to control airflow and achieve efficient cooling. They can be used to regulate the flow of refrigerant or air within the system, improving overall performance.
  • Wastewater Treatment: In wastewater treatment plants, Venturi nozzles can be used for aeration, where air is introduced into the water stream to promote aerobic biological processes that break down organic matter.

Venturi Nozzle FAQ:

Q. How does a Venturi nozzle work?

Ans: A Venturi nozzle works by accelerating the fluid passing through it as it narrows, which in turn reduces the fluid pressure according to Bernoulli's principle. This pressure drop can be utilized for various purposes such as measuring flow rate, creating suction, or mixing fluids.

Q. What are the components of a Venturi nozzle?

Ans: A Venturi nozzle typically consists of an inlet section where fluid enters, a converging section where the diameter gradually decreases, a throat where the diameter is the smallest, and a diverging section where the diameter gradually increases back to the original size.

Q. How is flow rate measured using a Venturi nozzle?

Ans: Flow rate can be measured using a Venturi nozzle by determining the pressure difference between the inlet and throat of the nozzle. This pressure difference, along with the known geometry of the Venturi, can be used to calculate the flow rate using Bernoulli's equation or empirical relationships.

Q. What are the advantages of using Venturi nozzles?

Ans: Venturi nozzles offer several advantages including accurate flow measurement, low-pressure drop, simple construction, minimal maintenance requirements, and versatility in various applications.

Q. Are there any limitations or disadvantages to using Venturi nozzles?

Ans: Some limitations of Venturi nozzles include their sensitivity to flow disturbances, potential erosion or damage due to high-velocity flows or abrasive particles, and the need for careful design and installation to ensure optimal performance.

Q. Can Venturi nozzles be used with different types of fluids?

Ans: Yes, Venturi nozzles can be used with various types of fluids including liquids and gases, provided that the design considerations such as material selection and geometry are appropriate for the specific fluid properties and operating conditions.

Q. How are Venturi nozzles sized and selected for a particular application?

Ans: Venturi nozzles are sized and selected based on factors such as the desired flow rate, fluid properties, pressure drop limitations, and the specific requirements of the application. Engineering calculations and empirical data are typically used to determine the optimal size and configuration.
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