SpiralJet® Spiral Nozzle, 316 Stainless Steel, 3/8BSJ-SS6053

Scraped SKU: 3-8bsj-ss6053 Series: SpiralJet® Hollow Cone Spiral Nozzles - Extra Large Free Passage 2026-09-01 02:51:14

Attributes

Part Number3/8BSJ-SS6053
Model CodeBSJ

Description

- Spiral nozzles (also referred to as helix nozzles, corkscrew nozzles and pigtail nozzles) produce hollow cone spray patterns with a circular impact area - Minimal clogging – maximum flow through passages of any nozzle of comparable size - Spray angle at rated pressure (10 psi) is 60° - Uniform spray distribution from 3.7 to 34 gpm - Operating pressures up to 400 psi - Precision impact blade angles distribute drops and provide excellent coverage – ideal for washing, rinsing and cooling - Compact size - 3/8 in NPT inlet connection - Material is 316 Stainless Steel **Flow:** The liquid entering the nozzle passes through the orifice and exits the voids in the spiral. As it exits, the fluid deflects off the spiral surfaces to form the hollow cone pattern.

Specifications

Liquid Flow Rate (Product Performance)3.7 gpm @ 5 psi, 5.3 gpm @ 10 psi, 7.5 gpm @ 20 psi, 10.6 gpm @ 40 psi, 16.8 gpm @ 100 psi, 34 gpm @ 400 psi
Rated Pressure10 psi
Spray Angle Range60 - 60°
Maximum Free Passage Diameter1/8 in
Material CodeSS
ModelBSJ
Liquid Pressure Range5 - 400 psi
Weight1.8 oz
Body Hex Size11/16 in
Inlet Connection GenderMale
Spray Angle (Product Performance)60° @ 10 psi
Spray Angle60° @ 10 psi
Material Composition316 Stainless Steel
Relative Drop Size Range100 - 5,000 µm
Length1-7/8 in
Inlet Connection Thread TypeNPT
Equivalent Orifice Diameter1/4 in
Capacity Size53
Spray Angle Catalog CodeStandard
Relative Drop Size Group100 - 500 µm (Light Rain), 500 - 1,000 µm (Moderate Rain), 1,000 - 5,000 µm (Heavy Rain)
Product TypeSpiral Nozzle
Spray Angle at Rated Pressure60° @ 10 psi
Liquid Flow Rate Range3.7 - 34 gpm
Inlet Connection TypeThreaded (Male NPT)
Spray PatternHollow Cone
Design FeatureIs Cast
Inlet Connection Size3/8 in
BrandSpiralJet®
Liquid Flow Rate at Rated Pressure5.3 gpm @ 10 psi

PDF Documents