Featuring a robust flange-end connection, this nozzle can be installed in process pipelines, spray headers, manifolds, vessels, and large industrial spray systems. Its tangential-entry design creates a swirling liquid flow, helping generate a hollow cone spray pattern as the liquid exits the nozzle orifice.
The hollow cone pattern distributes liquid primarily around the outer circumference of the spray, leaving a relatively low liquid density at the centre.
This makes the nozzle suitable for applications where circumferential spray coverage and effective contact between liquid and gas are important.
Working Principle :
The nozzle operates on the principle of tangential liquid entry and centrifugal swirling action.
Tangential Liquid Entry: Liquid enters the nozzle through a tangential passage.
Swirling Flow: The tangential entry generates rotational movement inside the nozzle.
Hollow Cone Formation: As the swirling liquid exits through the orifice, it forms a hollow cone-shaped spray pattern.
Liquid Distribution: The spray distributes liquid around the circumference of the cone, supporting gas-liquid contact, cooling, and other industrial process requirements.
The actual spray angle, flow rate, droplet size, and operating performance depend on the nozzle design, liquid properties, pressure, and installation conditions.
Key Features and Benefits :
Hollow Cone Spray Pattern: Provides circumferential liquid distribution with relatively low liquid density at the centre.
Tangential-Entry Design: Generates swirling liquid flow to create the hollow cone spray.
Flange-End Connection: Supports installation in compatible industrial pipelines, manifolds, headers, and process equipment.
Industrial Process Compatibility: Suitable for a range of liquid spraying and gas-treatment applications.
Effective Gas-Liquid Contact: Can support cooling, scrubbing, quenching, and conditioning processes when correctly selected.
Flexible System Integration: Can be incorporated into spray chambers, gas-treatment equipment, and customized industrial spray assemblies.
Industrial Applications :
Flange End Tangential Hollow Cone Spray Nozzles are used in various industries for liquid distribution, cooling, gas treatment, and process spraying.
1. Gas Cooling and Quenching
Used to introduce cooling liquid into hot gas streams, helping reduce gas temperature in suitable quenching and cooling systems.
2. Gas Scrubbing and Conditioning
Helps distribute scrubbing liquid within gas-treatment equipment to support the removal of selected contaminants and the conditioning of process gases.
3. Industrial Dust Suppression
Used in suitable spray systems to introduce water or other compatible liquids for controlling airborne dust generated during industrial operations.
4. Evaporative Cooling
Supports liquid distribution in systems where evaporation is used to remove heat from process gases or equipment.
5. Chemical Processing
Suitable for selected chemical-process applications involving liquid distribution, gas-liquid contact, and process conditioning, subject to material and chemical compatibility.
6. Industrial Washing
Can be integrated into industrial washing systems where a hollow cone spray pattern is appropriate for the required coverage and process conditions.
7. Cooling Towers and Process Cooling
May be used in compatible cooling and liquid-distribution systems, depending on the required spray pattern, flow rate, and installation arrangement.
8. Combustion and Exhaust-Gas Treatment
Used in selected exhaust-gas treatment systems for liquid injection, gas cooling, and conditioning.
9. Spray Chambers
Suitable for spray chambers and process vessels requiring controlled distribution of liquid around a hollow cone-shaped spray envelope.
10. Steel, Cement and Other Process Industries
Can be applied in suitable process installations involving gas cooling, dust control, exhaust treatment, and industrial liquid spraying.
How to Select the Right Nozzle ?
Selecting the correct flange-end tangential hollow cone nozzle is important for achieving the required process performance. Consider the following factors :
Operating Pressure: Available liquid pressure at the nozzle inlet.
Flow Rate: Required liquid consumption per nozzle and for the complete system.
Spray Angle: Required spray coverage and the available installation distance.
Liquid Properties: Viscosity, temperature, chemical composition, and suspended solids.
Construction Material: Material selection based on corrosion resistance, temperature, and process compatibility.
Flange Specifications: Flange size, pressure rating, facing, and connection standard.
Installation Requirements: Nozzle orientation, mounting position, pipeline arrangement, and required spray overlap.
The nozzle should be selected according to actual process conditions and the desired spray performance rather than spray pattern alone.
Why Choose Mican Engineers ?
Mican Engineers Pvt. Ltd. provides industrial spray nozzle solutions for a wide range of process applications.
The Flange End Tangential Hollow Cone Spray Nozzle can be considered for customized spray installations involving gas cooling, scrubbing, dust suppression, and industrial liquid distribution.
For product selection, share your application details, required flow rate, operating pressure, liquid temperature, material preference, and flange connection specifications to identify a suitable nozzle configuration.
Mican Engineers Pvt. Ltd. – Your Partner in Industrial Spray Solutions.
📩 Contact Mican Engineers for industrial spray nozzle solutions tailored to your application requirements.
📞 Contact us to discuss your spray nozzle requirements.
77700 24084
79774 21541
📩 sales@micanengineers.com
🌐 Website: www.micanegineers.in
📍 Official Company Address :
Plot No.E5, Mican Engineers Pvt Ltd,
Behind Sachin Hotel MIDC Anand Nagar,
Ambernath (E),
India 421 506
( Mican Engineers Pvt. Ltd )
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