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IP Water Nozzle (Intermediate Pressure Water Nozzle) is a precision-engineered piping component designed for medium-pressure water distribution, cooling, circulation, injection, and maintenance systems. Acting as a connection interface between process equipment and water piping networks, it supports consistent water flow delivery and thermal management across industrial operations. This component fits a wide range of commercial procurement scenarios involving heat transfer, cryogenic processing, and power generation systems, serving as a standard fitting for core process units.
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Standard Size Range | NPS 1/2" to 24"; DN15 to DN600 |
Wall Thickness | SCH10S, SCH40S, SCH80S, SCH160, XXS |
Connection Types | Butt Weld (BW), Socket Weld (SW), Threaded (NPT), Flanged, Customized Design |
Material Options | Stainless steel, duplex, super duplex, nickel alloy and titanium |
The standard size range spans small-bore to large-diameter configurations, covering most industrial piping requirements. Multiple wall thickness schedules are available to match different operating pressure levels and system designs.
Four standard connection formats are provided to align with on-site piping installation methods. Customized connection designs are also accepted based on customer drawings and project requirements.
Multiple alloy grades are available for selection, to accommodate different corrosion resistance and mechanical strength requirements across operating environments.
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The nozzle delivers regulated water flow to process equipment and cooling circuits, matching the flow demand of different industrial units and supporting balanced water distribution across multi-point systems.
It forms a stable connection between intermediate-pressure cooling water pipelines and heat exchangers or process systems, enabling seamless integration of water circuits with core production equipment.
The component facilitates efficient circulation of cooling water within both closed-loop and open industrial systems, maintaining steady flow conditions for continuous operation. It also serves as a dedicated water access point for system flushing, internal cleaning, and routine maintenance operations, simplifying regular upkeep workflows.
By supporting consistent water delivery and circulation, the nozzle helps maintain stable operating temperatures for process equipment, supporting steady system performance across production cycles.
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These nozzles are engineered specifically for intermediate-pressure water service applications, aligning with the typical operating parameters of industrial water distribution and cooling systems.
Constructed from stainless steel, duplex stainless steel, super duplex stainless steel, nickel alloys, and titanium alloys, the nozzles adapt to multiple water media including cooling water, demineralized water, seawater, and process water. The selected materials also provide mechanical strength for sustained operation.
All units are manufactured in accordance with ASME, ASTM, and customer-specified specifications, with controlled dimensional tolerances across production batches.
Custom manufacturing services are available based on customer drawings and project-specific requirements, accommodating non-standard sizes, connection configurations, and material combinations. Selected alloy materials reduce wear and corrosion-related degradation, lowering routine maintenance frequency and supporting extended service life under appropriate operating conditions.
A structured inspection and testing workflow is implemented for every production batch to verify product consistency. Inspections cover five core stages: raw material inspection (material identification, PMI testing, chemical composition analysis, traceability verification), dimensional inspection (outside diameter, inside diameter, length, wall thickness, bevel preparation, concentricity), mechanical testing (tensile test, hardness test, impact test if required), non-destructive testing (PT, UT, RT, MPI when applicable), and surface inspection (visual check, surface roughness inspection, pickling and passivation verification).
Full documentation packages are available for delivery, including EN10204 3.1 Material Certificate, inspection report, dimensional report, and NDT report, to support commercial procurement audits and project filing requirements.
These nozzles are widely used in Printed Circuit Heat Exchangers (PCHE), diffusion bonded heat exchangers, and Microchannel Heat Exchangers (MCHE) for heat transfer systems. For the hydrogen energy sector, they fit hydrogen refueling stations, hydrogen cooling systems, and hydrogen compression facilities. In the LNG industry, they support LNG liquefaction plants, LNG regasification facilities, and cryogenic process systems.
For power generation and petrochemical scenarios, the nozzles integrate with boiler water systems, cooling water systems, heat recovery units, refining facilities, chemical plants, process cooling systems, and pressure vessel applications. For offshore operations, corrosion-resistant material options make the nozzles compatible with offshore platforms, FPSO systems, and seawater cooling systems.
Available materials include stainless steel, duplex, super duplex, nickel alloy and titanium, to match different corrosion resistance and mechanical strength requirements.
Standard connection types include Butt Weld (BW), Socket Weld (SW), Threaded (NPT), and Flanged. Customized connection designs can be provided based on specific project requirements.
Standard documentation packages include EN10204 3.1 Material Certificate, inspection report, dimensional report, and NDT report. Additional documentation can be arranged upon customer request.
These nozzles are suitable for heat exchanger manufacturing, hydrogen energy, LNG, power generation, petrochemical, and offshore industries, covering water distribution, cooling, circulation, and injection applications.
