Maximum Free Passage FullJet® Nozzle, 316 Stainless Steel, 1HHMFP-SS90170

Scraped SKU: 1hhmfp-ss90170 Series: FullJet® Full Cone Nozzles - Maximum Free Passage 2026-09-01 02:51:25

Attributes

Part Number1HHMFP-SS90170
Model CodeHMFP, HHMFP

Description

- Solid cone-shaped spray pattern - Patented vane design provides largest free passage of maximum free passage nozzles; ideal for use with fluids with particulates - More uniform spray distribution than other large free passage nozzles - Uniform spray distribution from 1.4 to 57 gpm (5.3 to 216 lpm) - Operating pressures up to 80 psi (6 bar) - Spray angles: 60°, 90° and 115° **Flow:** The liquid comes in contact with the vane as it enters the nozzle. The unique vane design stabilizes the fluid before it enters the swirl region. The swirling liquid passes through the nozzle and breaks up as it exits the nozzle orifice. The spray pattern produced is a well-defined cone shape consisting of uniform drops equally distributed throughout the spray pattern. The large, open passages in the nozzle minimize clogging.

Specifications

Liquid Pressure Range10 - 80 psi
Weight22.5 oz
Spray Angle (Product Performance)88° @ 40 psi, 90° @ 10 psi
Spray Angle88° @ 40 psi, 90° @ 10 psi
Liquid Flow Rate (Product Performance)17 gpm @ 10 psi, 22 gpm @ 20 psi, 29 gpm @ 40 psi, 37 gpm @ 80 psi
Material Composition316 Stainless Steel
Length3.25 in
BrandFullJet®
Inlet Connection GenderMale
Spray Angle at Rated Pressure90° @ 10 psi
Spray Angle Range88 - 90°
Relative Drop Size Group500 - 1,000 µm (Moderate Rain), 1,000 - 5,000 µm (Heavy Rain)
Rated Pressure10 psi
Design FeatureHas Guide Vane, Is Cast
Liquid Flow Rate at Rated Pressure17 gpm @ 10 psi
Material CodeSS
Inlet Connection Thread TypeNPT
Liquid Flow Rate Range17 - 37 gpm
Inlet Connection TypeThreaded (Male NPT)
Body Hex Size1-3/4 in
Spray PatternFull Cone
Product TypeNozzle
Approximate Free Passage Diameter0.437 in
Relative Drop Size Range500 - 5,000 µm
Inlet Connection Size1 in
Spray Angle Catalog CodeStandard
Capacity Size170
ModelHHMFP

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