MISTING ISTANBUL TECHNICAL PRODUCT FILE

Low Pressure Nozzle

Low Pressure Nozzle is configured to break water into controlled droplets and create an even distribution pattern in misting, humidification, disinfection or dust-control lines, with its placement and capacity evaluated from project data. Installation routing, service access and operating conditions are considered together.

Nozzles and Controlled AtomisationNozzles and Controlled AtomisationProject consulting

Product typeNozzles and Controlled Atomisation

Product groupNozzles and Controlled Atomisation

EvaluationProject-specific

SupportSelection and application

Application FocusLow Pressure Nozzle supports homogeneous micro-droplet distribution in outdoor cooling and misting lines.

Technical CompatibilityOrifice size, pressure level, droplet behavior, water quality and line layout are reviewed together.

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Final selection is made after site, capacity and connection conditions are verified.

Product Overview

Low Pressure Nozzle: its technical role within the project

Project-Focused Advantages

✓Controlled droplet distribution
✓Scalable line configuration
✓Accessible service points
✓Orifice selection by application

Controlled droplet distribution

The product role is confirmed with site-specific data.

Scalable line configuration

The product role is confirmed with site-specific data.

Accessible service points

The product role is confirmed with site-specific data.

Application Areas

Where is Low Pressure Nozzle evaluated?

The product is evaluated in these settings as part of the complete system rather than as a stand-alone item.

Outdoor Misting Lines

Layout, duty cycle and environmental conditions are evaluated together.

Greenhouse And Process Humidification

Layout, duty cycle and environmental conditions are evaluated together.

Dust-Suppression Applications

Layout, duty cycle and environmental conditions are evaluated together.

Disinfection Gates And Surface-Treatment Lines

Layout, duty cycle and environmental conditions are evaluated together.

Selection and Compatibility

Technical factors that shape the correct product decision

Technical suitability is verified against real operating conditions rather than a catalogue heading alone.

01
Orifice size and target droplet profile
The decision is verified against the other system components.
02
Operating pressure and pump compatibility
The decision is verified against the other system components.
03
Water quality and filtration level
The decision is verified against the other system components.
04
Nozzle spacing and installation angle
The decision is verified against the other system components.

Implementation Flow

A corporate process from survey to commissioning

Define Requirements

The site, operating target and duty cycle are clarified.

Technical Matching

The product is matched with the pump, line, fittings and controls.

Layout Planning

Mounting points and service access are planned on the layout.

Commissioning

Checks are completed and operating and maintenance guidance is handed over.

Frequently Asked Questions

Technical questions about Low Pressure Nozzle

Where is Low Pressure Nozzle typically used?

Low Pressure Nozzle is considered for outdoor misting lines, greenhouse and process humidification, dust-suppression applications after the target droplet profile and operating pressure have been verified.

Why does orifice size matter for Low Pressure Nozzle?

Orifice size influences water use and droplet behaviour. The selected size must be reviewed together with pump capacity and nozzle spacing.

Is water filtration required?

Filtration is important for fine-orifice spray lines. The filter configuration should reflect particle load and mineral content in the incoming water.

Can Low Pressure Nozzle be added to an existing line?

Integration is possible when connection size, operating pressure, pump reserve and line layout are compatible. A technical check should be completed before commissioning.

How should nozzle maintenance be planned?

Nozzle tips should be cleaned according to a removable maintenance plan, filtration should not be bypassed, and water quality should be monitored where mineral build-up is likely.

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