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NPSJ-9007-1/4-PVC β 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 | 7 |
| Inlet Connection Thread Type | NPT |
| Inlet Connection Gender | MALE (M) |
| Material Composition Filter | Polyvinyl chloride |
| Orifice Diameter. Nom. (mm) | 2.4 |
| Inlet Connection Size (in.) | 1/4 |
| Length (mm) | 47.6 |
| Hex Size (mm) | 14.3 |
| Spray Angle at Rated Pressure (PSI) | 90 |
| Max. Free Passage Dia. (mm) | 2.4 |
Description
Product Overview
Inside the mining line's specialty applications stage, a process engineer relies on the NPSJ-9007-1/4-PVC to deliver consistent fluid distribution through its precision hollow cone, spiral design. Constructed from polyvinyl chloride, this nozzle resists corrosion in harsh environments while maintaining a uniform spray pattern critical for process stability. The 1/4-inch inlet allows seamless integration with existing piping, enabling precise control of spray coverage and flow rates. Operators monitor performance metrics such as coverage uniformity and wear resistance to ensure sustained operational efficiency.
Applications
In cleaning & washing processes, the NPSJ-9007-1/4-PVC provides a stable spray pattern that enhances the removal of residues without damaging sensitive equipment. Additionally, its use in dust & pollution control helps limit airborne particulates by delivering consistent spray coverage, thereby improving workplace safety and environmental compliance.
Industries
This nozzle is favored in industries such as building materials, chemical processing, and Energy for its ability to withstand corrosive substances while delivering precise spray performance. Mining, steel & metals, and breweries & wineries also rely on the nozzle's durability and consistency to maintain process control and product quality under demanding conditions.