Product details

  • SKU NPHSJ-9040-3/8

Spec Sheets

  • Download Imperial Spec Sheet
  • Metric Spec Sheet Coming Soon

Are you a distributor? Log in or Register to get pricing.

Product Parameters
Product Family Full Cone Spiral
Product Series NPHSJ
Capacity Size 40
Inlet Connection Thread Type NPT
Material Composition Filter Brass
Orifice Diameter. Nom. (mm) 5.6
Orifice Diameter. Nom. (in) 0.219
Inlet Connection Size (in.) 3/8
Length (mm) 60.3
Length (in) 1.875
Hex Size (mm) 17.5
Hex Size (in) 11/16
Spray Angle at Rated Pressure (PSI) 90
Max. Free Passage Dia. (mm) 3.2
Description

Product Overview

During cleaning & washing on an Energy site, utilities coordinators trust the NPHSJ-9040-3/8 to deliver consistent spray coverage that aids equipment maintenance and operational reliability. Constructed from brass, this full cone, spiral nozzle is installed with its 3/8-inch inlet connection to ensure a secure fit and corrosion resistance over extended use. Operators rely on the uniform spray pattern to effectively remove residues and contaminants, reducing downtime and extending the service life of critical components. The precise atomization achieved helps maintain compliance with environmental and safety standards.

Applications

In cleaning & washing operations, the nozzle's uniform spray pattern enhances the removal of accumulated dirt and process residues, directly improving equipment uptime and surface quality. Cooling & quenching processes benefit from its consistent droplet distribution, which supports controlled thermal management and prevents localized overheating in metalworking or chemical processing lines.

Industries

This nozzle is favored across building materials, chemical processing, Energy, mining, steel & metals, breweries & wineries, cement, dairy, and manufacturing & assembly sectors because of its durable brass construction and reliable performance under harsh conditions. These industries depend on components like the NPHSJ-9040-3/8 to maintain operational efficiency in environments where corrosion resistance and precise fluid delivery are critical.