Additional information
| Orifice Diameter | 1mm, 2mm, 3mm, 4mm, 6mm |
|---|
₹210.00
The 1/4″ Flat Fan Nozzle delivers smooth and uniform spray coverage for controlled washing, rinsing, cooling, and process spraying. Its flat fan pattern helps reduce liquid wastage while improving surface contact and cleaning efficiency. With a compact quarter-inch design, it is easy to install in pipelines, spray headers, and industrial machines, making it a reliable choice for consistent spray output and better results in regular industrial applications.
Confirm flow rate, pressure, spray angle, material and fluid compatibility for the selected size before ordering. Not sure? Ask for a specification check.
| Orifice Diameter | 1mm, 2mm, 3mm, 4mm, 6mm |
|---|
The Quarter Inch Flat Fan Spray Nozzle is a compact industrial spray nozzle that produces a thin, fan-shaped spray pattern for uniform liquid distribution. It is commonly selected when liquid needs to cover a straight surface area, moving product, conveyor line, sheet, component, or processing zone with controlled spray impact.
This 1/4 inch flat spray nozzle works by forcing liquid through a precision-designed orifice, creating a flat sheet of spray. The spray output helps achieve consistent coverage across the target area, making it useful for applications where uneven spraying can cause poor cleaning, excess liquid use, or inconsistent surface treatment.
The Quarter BSP Flat Fan Nozzle is suitable for installation in spray headers, pipelines, machinery, washing systems, cooling lines, chemical spray systems, and automated process equipment. Based on the application, it can be supplied in different spray angles, flow capacities, pressure ranges, and material options such as stainless steel, brass, plastic, PVDF, or other industrial-grade materials.
This nozzle can be used for both single-nozzle installations and multi-nozzle spray header arrangements where accurate liquid distribution is required.
| Specification | Details |
| Product Name | 1/4″ Flat Fan Nozzle |
| Alternative Name | Quarter Inch Flat Fan Spray Nozzle |
| Nozzle Type | Flat fan spray nozzle |
| Thread Type | BSP / BSPT / thread option |
| Spray Pattern | Flat fan / flat sheet spray |
| Spray Angle | 60° to 90° angle |
| Spray Direction | Straight line fan spray |
| Droplet Size | Fine to medium droplets |
| Flow Rate | 10 to 15 lpm |
| Operating Pressure | Low to medium pressure industrial spraying |
| Spray Coverage | Linear surface coverage based on spray angle and spray distance |
| Installation Type | Threaded nozzle fitting / spray header mounting |
| Suitable Liquid | Water, cleaning liquid, coolant, mild chemical solution |
| Common Material Options | SS304, SS316, brass, PP, PVDF |
1. Is 1/4″ Flat Fan Nozzle suitable for continuous industrial use?
Yes, it is suitable for continuous industrial use when the correct pressure, flow rate, and material are selected for the application.
2. Can I use Quarter Inch Flat Fan Nozzle for water washing?
Yes, Quarter Inch Flat Fan Nozzle is commonly used for water washing, rinsing, and surface cleaning applications.
3. Will this nozzle give equal spray coverage?
Yes, it gives flat and even spray coverage when installed at the correct distance and spray angle.
4. Can 1/4 inch flat fan nozzle be fitted directly to pipe?
Yes, it can be fitted directly to a matching 1/4 inch threaded pipe, spray header, or nozzle holder.
5. Which spray angle should I choose for this nozzle?
Choose a narrow spray angle for stronger impact and a wider spray angle for larger surface coverage.
6. Is this nozzle suitable for chemical spray?
Yes, it can be used for chemical spray if the nozzle material is compatible with the chemical.
7. Can I use this nozzle for conveyor belt cleaning?
Yes, it is suitable for conveyor belt cleaning because the flat spray pattern covers a straight surface area effectively.
8. Does this nozzle consume less water?
It can help reduce water wastage by spraying only on the required surface area with controlled coverage.
9. Can this nozzle be used for cooling?
Yes, it can be used for cooling hot surfaces, products, components, and process areas.
10. What happens if the nozzle gets blocked?
If blocked, the spray pattern may become uneven. The nozzle should be removed, cleaned, and reinstalled properly.