DESIGN FEATURES
Largest free passage design
Passes particles equal to orifice size
Clog-resistant
One-piece, extra heavy construction
High energy efficiency
Fine atomization
HOW SPRAY PATTERN IS ACHIEVED
The spray pattern of the spiral nozzle is formed by the fluid shearing along with the turns of the spiral, which produce multiple concentric cones. These cones form 2 to 3 bands of relatively coarse droplets surrounded by wider bands of relatively fine droplets.
Available Spray Angles
90 - 120°
Flow Rate Range
2.12 to 3710 gpm
Available Connection Types
- Pipe: 3/8, 1/2, 3/4, 1, 1 1/2, 2, 3, 4
- Connection Methods: Thread (NPT, BSP, Male)
Materials
Brass, 316, 310, 347, Cobalt Alloy 6, Duplex 2205, A494 CW6MC (cast Nickel Alloy 625), A494 CW2M (cast Nickel Alloy C-276), A494 CX2MW (cast Nickel Alloy C-22), A494 CU5MCuC (cast Nickel Alloy 825), Nickel Aluminum Bronze, PVC, Polypropylene, CPVC, PVDF, PTFE
Flow Rates, Spray Angles, Connections
Full Cone
Select a nozzle number below for performance graph, drawings, and to request a quote.
Flow rate (gpm/lpm) is calculated at differential pressure (psi/bar).
Nozzle Number
Connection Sizes
Spray Angles
Flow Rate (gpm) @ Differential Pressure (psi) (Density: 1 SG)
5 psi
20 psi
40 psi
60 psi
100 psi
400 psi
2.12
4.24
6.00
7.35
9.49
19.0
2.86
5.72
8.10
9.91
12.8
25.6
3.76
7.51
10.6
13.0
16.8
33.6
5.84
11.7
16.5
20.2
26.1
52.2
8.52
17.0
24.1
29.5
38.1
76.2
11.7
23.3
33.0
40.4
52.2
104
14.8
29.7
42.0
51.4
66.4
133
23.7
47.4
67.0
82.1
106
212
33.5
67.1
94.9
116
150
300
45.6
91.2
129
158
204
408
59.7
119
169
207
267
534
68.0
136
192
235
304
608
99.1
198
280
343
443
886
125
250
354
433
559
1120
181
362
512
627
810
1620
239
479
677
829
1070
2140
371
742
1050
1290
1660
3320
