Skip to product information
NPSJ-15082-3/8-PP – Hollow Cone, Spiral Nozzle, 3/8 Inlet, Polypropylene
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 | 82 |
| Inlet Connection Thread Type | NPT |
| Inlet Connection Gender | MALE (M) |
| Material Composition Filter | Polypropylene |
| Orifice Diameter. Nom. (mm) | 7.9 |
| Inlet Connection Size (in.) | 3/8 |
| Length (mm) | 47.6 |
| Hex Size (mm) | 17.5 |
| Spray Angle at Rated Pressure (PSI) | 150 |
| Max. Free Passage Dia. (mm) | 3.2 |
Description
Product Overview
During specialty applications on a steel & metals sites, plant operators trust the NPSJ-15082-3/8-PP to deliver a consistent hollow cone spray pattern that optimizes coverage on heated surfaces. Constructed from polypropylene, this nozzle resists corrosion from harsh chemicals used in the cleaning process, extending service life. Operators integrate the NPSJ-15082-3/8-PP with a 3/8-inch inlet fitting to maintain stable flow rates, resulting in uniform spray distribution and reduced material waste. This precise control improves process efficiency and reduces downtime in demanding environments.
Applications
In cleaning & washing operations, the NPSJ-15082-3/8-PP supports thorough removal of residues and scale buildup, which minimizes contamination risks during subsequent processing steps. Its spiral hollow cone design also enhances dust & pollution control by generating fine droplets that capture airborne particles effectively, improving air quality near production lines.
Industries
The nozzle's chemical resistance and consistent spray pattern make it suitable for sectors such as building materials, mining, and cement production, where abrasive and corrosive substances are common. Additionally, the energy, breweries & wineries, and manufacturing & assembly industries rely on it to maintain operational reliability under continuous use conditions.
