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NPSJ-120470-1-316 β Hollow Cone, Spiral Nozzle, 1 Inlet, 316L Stainless Steel
Images are representative. Products may differ in material or configuration.
Images are representative. Products may differ in material or configuration.
Product Parameters
| Product Family | Hollow Cone Spiral |
|---|---|
| Product Series | NPSJ |
| Capacity Size | 470 |
| Inlet Connection Thread Type | NPT |
| Inlet Connection Gender | MALE (M) |
| Material Composition Filter | 316L stainless steel |
| Orifice Diameter. Nom. (mm) | 19.1 |
| Inlet Connection Size (in.) | 1 |
| Length (mm) | 92.1 |
| Hex Size (mm) | 34.9 |
| Spray Angle at Rated Pressure (PSI) | 120 |
| Max. Free Passage Dia. (mm) | 6.4 |
Description
Product Overview
During specialty applications on a mining site, utilities coordinators trust the NPSJ-120470-1-316 to deliver consistent spray coverage essential for operational efficiency. Constructed from 316L stainless steel, this spiral nozzle produces a uniform hollow cone spray pattern that withstands corrosive environments commonly encountered in mineral processing. Operators rely on the nozzle's durability and precise atomization to maintain equipment cleanliness and reduce downtime caused by residue buildup. The measured flow rate and spray angle enable targeted application, optimizing resource use and prolonging equipment life.
Applications
In dust & pollution control scenarios, the nozzle's uniform hollow cone spray effectively captures airborne particulates, improving air quality and meeting regulatory standards. Its role in cooling & quenching processes helps maintain temperature control during metal treatment, directly influencing product quality and operational safety.
Industries
Sectors such as building materials, chemical processing, mining, and steel & metals choose this nozzle for its corrosion resistance and reliable spray performance under harsh conditions. Breweries & wineries and dairy manufacturing also depend on its precise spray for cleaning and sanitation tasks, while roofing and cement industries benefit from consistent fluid distribution during coating and curing phases.
