The Fluidics Atomizer 9 K3 Series is a high-performance oil burner nozzle designed for industrial combustion applications requiring precise fuel atomization and reliable burner performance.

Using a return-flow atomization principle, the nozzle allows excess fuel to be returned through a dedicated return oil line, enabling accurate fuel flow control while maintaining optimal atomization quality. This design provides excellent combustion stability across a wide firing range.

The K3 Series is available in capacities ranging from 20 to 240 kg/h, making it suitable for various industrial burner sizes and heat output requirements. The nozzle is supplied with a 50° spray angle, ensuring controlled flame geometry and efficient fuel-air mixing.

Manufactured using high-quality brass and stainless steel components, the Atomizer 9 K3 Series delivers long service life and dependable operation in demanding industrial environments.

Key Features

Return-flow atomizing oil nozzle

50° precision spray angle

Capacity range from 20 to 240 kg/h

Excellent atomization performance

Stable flame and efficient combustion

Integrated oil return system

Stainless steel strainer protection

Viton O-ring sealing

Suitable for light and heavy fuel oils

Reliable industrial burner performance

Applications

Industrial oil burners

Steam boilers

Hot water boilers

Thermal oil heaters

Industrial furnaces

Process heating systems

Hot air generators

Heavy fuel oil combustion systems

Why Choose This Nozzle

Provides superior fuel atomization

Supports precise burner modulation

Improves combustion efficiency

Maintains stable flame characteristics

Designed for demanding industrial applications

Trusted Fluidics burner nozzle technology

Technical Description

The Fluidics Atomizer 9 K3 nozzle operates on a return-flow principle where fuel enters through the supply oil connection and passes through a precision atomizing assembly consisting of an orifice and swirler.

Excess fuel is returned through the return oil passage, allowing accurate control of burner firing rates while maintaining constant atomization quality. This design helps improve combustion stability and burner efficiency across varying operating conditions.

The nozzle incorporates a stainless steel strainer and Viton sealing elements to ensure reliable operation and protection from contaminants commonly found in industrial fuel systems.

Technical Specifications