Skip to product information
NPHV-1506-1/4-316 – Flat Nozzle, 1/4 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 | Flat |
|---|---|
| Product Series | NPHV |
| Capacity Size | 6 |
| Inlet Connection Thread Type | NPT |
| Material Composition Filter | 316L stainless steel |
| Inlet Connection Size (in.) | 1/4 |
| Length (mm) | 23 |
| Length (in) | 0.906 |
| Hex Size (mm) | 14.3 |
| Hex Size (in) | 9/16 |
| Equivalent Orifice Diameter (in) | 0.061 |
| Spray Angle at Rated Pressure (PSI) | 15 |
| Equivalent Orifice Diameter (mm) | 1.5 |
Description
Product Overview
When roofing crews manage cleaning & washing, the NPHV-1506-1/4-316 lets each plant operator achieve consistent coverage with a flat spray pattern that maintains uniformity across surfaces. Constructed from 316L stainless steel, this nozzle resists corrosion in harsh chemical environments, ensuring durability through repeated use. Operators can expect reliable flow rates and spray angles that optimize water and chemical distribution, reducing downtime and material waste. The NPHV-1506-1/4-316 supports precise application control necessary for maintaining quality standards on-site.
Applications
In processes involving cooling & quenching, this nozzle delivers controlled fluid distribution that helps regulate temperature effectively during metalworking or other thermal cycles. Dust & pollution control applications benefit from the uniform spray pattern, which improves particulate capture and reduces airborne contaminants in industrial environments.
Industries
Sectors such as automotive, steel & metals, and mining often select the NPHV-1506-1/4-316 for its corrosion resistance and consistent output, critical to maintaining operational stability. Additionally, food & beverage and beverage bottling & packaging industries utilize this nozzle for its sanitary-grade material and dependable spray quality under varying process conditions.
