NOZZLE FITTINGS Manufacturers

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Nozzle Fittings: Key Components for Precise Fluid Distribution

Legines Industrial Machinery Inc. is a professional Chinese nozzle fittings manufacturer and supplier with advanced production equipment and strong production capacity. It is equipped with 3 sets of testing equipment and produces 2.5 million sets of various brass fittings, Nozzle fittings, stainless steel fittings and air brake hose assemblies annually, ensuring high-quality and reliable products for global customers.

Nozzle fittings are essential in many systems that require precise fluid or gas distribution. They are able to provide stable flow and spraying effects under different pressure conditions. Nozzle fittings are designed to withstand working pressures from vacuum to 1000 psi, making them suitable for a variety of industries, including atomization systems, irrigation systems, and certain industrial spraying applications.

A major feature of nozzle fittings is their wide range of working pressures, typically from 28 bar to 230 bar, which can provide reliable performance in extremely demanding working environments. Whether it is an atomization system that requires precise control of the spray or an industrial spraying system that requires a larger flow rate, nozzle fittings can ensure stable output of fluid or gas at different pressures.

Another notable feature of nozzle fittings is the diversity of their orifice sizes. Common orifice sizes are 0.15mm, 0.2mm, 0.3mm, 0.4mm and 0.5mm, which allows the nozzle to be customized to the specific application needs. Smaller orifice sizes, such as 0.15mm and 0.2mm, are suitable for systems that require a fine mist spray, ideal for use in atomization systems to break water into small droplets to create a cooling effect or humidify the space. Larger orifice sizes, such as 0.4mm and 0.5mm, are suitable for applications that require large flow rates of liquid delivery, such as industrial cleaning, coating or cooling processes.

Nozzle fittings are also designed with vibration resistance in mind, although their vibration resistance is considered moderate, which means they perform well in systems that are subject to moderate vibration. However, in applications with strong or continuous vibration, care should be taken to avoid excessive wear or damage caused by vibration. nozzle fittings are usually made of wear-resistant and corrosion-resistant materials to ensure long-term durability and stability even when used in harsh environments, chemicals or high temperatures.

In atomization systems, nozzle fittings play a vital role. These nozzle fittings are integrated into the spray system to produce fine droplets of water that can cool the surrounding air or create a haze effect for visual or environmental purposes. With the ability to maintain a stable flow rate at a variety of pressures, nozzle fittings are indispensable in systems that rely on precise fluid control. In addition, the misting system can operate in different pressure ranges, and the nozzle connection must be able to continue to operate stably under these pressure fluctuations without compromising its performance and integrity.

The material selection of nozzle fittings is critical because these components need to withstand internal pressures as well as external factors such as temperature fluctuations, chemical exposure and mechanical wear. Commonly used materials include stainless steel, brass and alloys, which are excellent in corrosion resistance and high temperature resistance, ensuring that the nozzle connection can maintain long-term functionality even in harsh environments.

Considering the technical requirements of nozzle fittings in various applications, they use precision manufacturing processes to ensure that each connection meets strict standards with high precision, excellent performance and durability. Whether it is a misting system for fine mist or industrial spraying applications that require larger flow rates, nozzle fittings are an indispensable small component in the system. Their stable operation over a wide range of pressures, combined with a flexible choice of orifice sizes, allows these nozzles to be tailored to the specific needs of each system, ensuring maximum efficiency and functionality.