2 Inch Fire Hose Nozzle
The Poseidon 2-inch Fire Hose Nozzle is an engineered firefighting nozzle designed for municipal departments, industrial facilities, and emergency response applications. Constructed from corrosion-resistant aluminum alloy, the nozzle provides adjustable fog and straight-stream patterns for tactical water control. It fits 2-inch hoses directly and includes a reducer option for 1.5-inch hoses, with the inlet size, thread type, and reducer matched to the actual hose coupling.
The nozzle uses an NFPA 1963-compliant NPSH threaded coupling, for connection to compatible hose couplings; NPSH must not be assumed interchangeable with NH/NST or other thread forms.
The 2-inch fire hose nozzle is engineered for consistent flow performance, durability, and operator control in demanding fireground environments. Its aluminum alloy body offers a balanced blend of strength and weight reduction, enabling firefighters to maintain precise handling during extended operations.
A pistol-grip handle promotes stable operation while transitioning between fog, narrow fog, and straight stream modes. The nozzle’s internal waterway maintains a smooth bore flow path, reducing turbulence and minimizing friction loss—critical for maintaining flow rates between 80–150 GPM at 100 PSI (303–568 L/min at 6.9 bar).
Designed for compatibility with NPSH thread connections per NFPA 1963 coupling requirements, the nozzle must be matched to the inlet size and thread form of the hose or adapter in the intended apparatus configuration. Its hard-anodized finish improves corrosion resistance against water, foam, and mild industrial chemicals.
This model is suitable for municipal firefighting, industrial response, facility washdown, cooling operations, and auxiliary emergency water delivery tasks.
Dual Hose Compatibility
Fits 2-inch hose lines; reducer option supports 1.5-inch systems with matching inlet size and thread form.Adjustable Stream Patterns
Fog, narrow fog, and straight stream settings allow tactical control in suppression, exposure protection, and overhaul.NFPA 1963-Compliant Threads
NPSH threaded coupling provides secure connection performance consistent with U.S. fire service hose standards.Lightweight Corrosion-Resistant Body
Aluminum alloy construction with hard-anodized finish increases service life in wet or industrial environments.Optimized Hydraulic Performance
Delivers 80–150 GPM at 100 PSI with reduced turbulence and efficient reach for interior and exterior operations.Ergonomic Pistol Grip
Enhances directional control, reduces operator fatigue, and supports use while advancing charged lines.
Structural Firefighting
Interior and exterior suppression, exposure cooling, and mop-up operations using fog and straight-stream patterns.Industrial Facilities
Equipment cooling, washdown, tank farm response, and general industrial water delivery.Commercial Buildings
Fire brigade operations, standpipe hose deployment, and facility emergency water use.Utility & Maintenance Tasks
Roadway rinsing, equipment cleaning, and emergency water distribution where controlled flow is required.
| Parameter | Specification | Metric / Imperial |
| Body Material | Hard-anodized aluminum alloy | – |
| Hose Compatibility | 2 in / with reducer: 1.5 in; match inlet size and thread form | – |
| Thread Type | NFPA 1963-compliant NPSH coupling | – |
| Spray Patterns | Fog / Narrow Fog / Straight Stream | – |
| Flow Rate | 80–150 GPM @ 100 PSI | 303–568 L/min @ 6.9 bar |
| Working Pressure | Up to 1.5 MPa | 217 PSI |
| Handle Design | Pistol grip with control valve | – |
| Finish | Hard-anodized silver-gray | – |
| Operating Temperature | –20°C to 80°C | –4°F to 176°F |
| Weight | 1.3–1.5 kg (varies by configuration) | 2.9–3.3 lbs |
The nozzle’s NPSH threaded coupling is specified to NFPA 1963 fire hose connection requirements. For a bulk or OEM quotation, provide the inlet size and mating thread specification, hose/coupling details, required reducer, flow target and available nozzle pressure, quantity, destination market, and required documentation. Include branding or packaging requirements for the supply configuration.
