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NPSJ-12020-1/4-PVC – Hollow Cone, Spiral Nozzle, 1/4 Inlet, Polyvinyl chloride
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 | 20 |
| Inlet Connection Thread Type | NPT |
| Inlet Connection Gender | MALE (M) |
| Material Composition Filter | Polyvinyl chloride |
| Orifice Diameter. Nom. (mm) | 4 |
| Inlet Connection Size (in.) | 1/4 |
| Length (mm) | 47.6 |
| Hex Size (mm) | 14.3 |
| Spray Angle at Rated Pressure (PSI) | 120 |
| Max. Free Passage Dia. (mm) | 3.2 |
Description
Product Overview
During cleaning & washing on a building materials site, plant operators trust the NPSJ-12020-1/4-PVC to deliver consistent, uniform spray coverage essential for removing residues and contaminants. Crafted from polyvinyl chloride, this spiral nozzle resists corrosion in harsh environments, extending service life and reducing maintenance downtime. The hollow cone spray pattern ensures even distribution of cleaning fluids across surfaces, improving process efficiency and minimizing water consumption. Its 1/4 inch inlet fits standard piping, enabling straightforward integration into existing cleaning systems.
Applications
In cleaning & washing operations, the nozzle's uniform spray pattern facilitates effective removal of dust and debris, which supports downstream processes by maintaining equipment cleanliness and minimizing contamination risks. Additionally, its performance in cooling & quenching helps control process temperatures, contributing to product quality and operational safety.
Industries
The NPSJ-12020-1/4-PVC is commonly employed in building materials, chemical processing, and mining industries where corrosion resistance and spray uniformity are critical. Sectors such as steel & metals, breweries & wineries, and cement favor this nozzle for its durability and ability to maintain consistent spray performance under demanding conditions.