Fan Nozzle
Threaded nozzle with a flat slit tip spraying a flat fan pattern.
Manufacturing Scope
Fan Nozzle is a Nozzles family precision-turned on a Goodway SW-20, covering 10 variants — diameters ⌀8.1–19.6 mm, lengths 14–36 mm, standard material Stainless Steel (also steel, stainless, brass or aluminium). Every variant's part code, dimension and tolerance is listed below; request an instant quote with the code you need.
Variants are machined to 6g tolerance; the smallest is NOZA-FAN-04 (⌀8.1 mm) and the largest NOZA-FAN-12 (⌀19.6 mm). The family includes threaded, hex-drive, tapered, bored, multi-step variants. Custom sizes, tolerances or materials are produced to the part code on request.
| Code | Dia ⌀ | Length | Feature | Tolerance | Std |
|---|---|---|---|---|---|
| NOZA-FAN-04 | ⌀8.1 | 14 mm | M4 · SW7 · ⌀0.5 | 6g | M4 yelpaze, yarık ağız 65° |
| NOZA-FAN-05 | ⌀9.2 | 17 mm | M5 · SW8 · ⌀0.6 | 6g | M5 yelpaze, yarık ağız 65° |
| NOZA-FAN-06 | ⌀11.5 | 19 mm | M6 · SW10 · ⌀0.8 | 6g | M6 yelpaze, yarık ağız 80° |
| NOZA-FAN-06W | ⌀11.5 | 19 mm | M6 · SW10 · ⌀1 | 6g | M6 geniş yelpaze, yarık ağız 110° |
| NOZA-FAN-08 | ⌀15 | 23 mm | M8 · SW13 · ⌀1 | 6g | M8 yelpaze, yarık ağız 80° |
| NOZA-FAN-08C | ⌀15 | 23 mm | M8 · SW13 · taper · ⌀1 | 6g | M8 konik-yüzlü yelpaze, yarık ağız 95° |
| NOZA-FAN-08D | ⌀15 | 27 mm | M8 · SW13 · ⌀1.2 | 6g | M8 geniş yassı ağız, yarık ağız 120° |
| NOZA-FAN-10 | ⌀19.6 | 27 mm | M10 · SW17 · ⌀1.2 | 6g | M10 yelpaze, yarık ağız 90° |
| NOZA-FAN-10W | ⌀19.6 | 31 mm | M10 · SW17 · ⌀1.5 | 6g | M10 geniş yelpaze, yarık ağız 120° |
| NOZA-FAN-12 | ⌀19.6 | 36 mm | M12 · SW17 · ⌀1.5 | 6g | M12 yelpaze, yarık ağız 110° |
Material & Tolerance
The standard material is listed below; also available in steel, stainless, brass and aluminium. Dimensions in mm; tolerances machined to ISO. For custom sizes/tolerances, contact us with the part code.
Other Families in This Category
Back to categoryLet Us Create a Solution
Tailored to Your Needs
Contact us to discuss your project. Let our technical team determine the most suitable solution.