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  • Forged Body Needle Valves-Union Weld Type
    Forged Body Needle Valves-Union Weld Type
    The forged body union weld needle valve is a high-pressure, precision flow control valve made from forged stainless steel, featuring socket weld or butt weld union ends.   Typical Type Of Needle Valve: a. Straight Type Needle Valve: Inlet and outlet ports are inline (180°). b. Angle Type Needle Valve: Inlet and outlet at 90°. c. T-Pattern (Globe Type): Flow turns 90° internally with top-mounted stem. d. Cross Type Needle Valve: Four ports (two inlet/outlet pairs).
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  • Forged Body Needle Valves-Female Thread Type
    Forged Body Needle Valves-Female Thread Type
    The Forged Body Needle Valve – Female Thread Type is a precision-engineered shut-off and flow control valve designed for high-pressure instrumentation and process systems.Constructed from forged stainless steel, this valve provides superior mechanical strength, durability, and corrosion resistance. The female threaded connections allow easy and secure installation into pipeline systems requiring precise and leak-free control.   Typical Type Of Needle Valve: a. Straight Type Needle Valve: Inlet and outlet ports are inline (180°). b. Angle Type Needle Valve: Inlet and outlet at 90°. c. T-Pattern (Globe Type): Flow turns 90° internally with top-mounted stem. d. Cross Type Needle Valve: Four ports (two inlet/outlet pairs).
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  • Forged Body Needle Valves-Dual Ferrule Types
    Forged Body Needle Valves-Dual Ferrule Types
    The forged body dual ferrule needle valve is a precision, high-integrity shutoff and flow control valve designed for instrumentation and process control systems.It features a forged stainless steel body for superior mechanical strength and dual ferrule tube fitting ends for leak-free, vibration-resistant connections.   Typical Type Of Needle Valve: a. Straight Type Needle Valve: Inlet and outlet ports are inline (180°). b. Angle Type Needle Valve: Inlet and outlet at 90°. c. T-Pattern (Globe Type): Flow turns 90° internally with top-mounted stem. d. Cross Type Needle Valve: Four ports (two inlet/outlet pairs).
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  • Forged Body Needle Valves-Butt Weld Type
    Forged Body Needle Valves-Butt Weld Type
    The Forged Body Butt Weld Needle Valve is a precision, high-pressure shut-off valve designed for permanent welded installation in process piping systems.Manufactured from forged stainless steel, this valve offers superior mechanical strength, excellent corrosion resistance, and leak-free performance in high-pressure and high-temperature applications.   Typical Type Of Needle Valve: a. Straight Type Needle Valve: Inlet and outlet ports are inline (180°). b. Angle Type Needle Valve: Inlet and outlet at 90°. c. T-Pattern (Globe Type): Flow turns 90° internally with top-mounted stem. d. Cross Type Needle Valve: Four ports (two inlet/outlet pairs).
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  • T Type Five Valve Manifold
    T Type Five Valve Manifold
    T Type five valve manifold made by Hongji Instrument& Valve Manufacturing Co., Ltd. Combine several valves in one body with multiple connections. This equipment assists pressure instruments such as pressure gauges, pressure transmitters, and differential pressure transmitters directly and indirectly in measuring and equalizing pressures, differential pressures, static, gauge, and variable in process instrumentation lines by bleeding, blocking, and calibrating.   Typical Type Of Valve Manifold: a. 2-Valve Manifold: For Pressure transmitters or gauges b. 3-Valve Manifold: For Differential pressure transmitters c. 3-Valve Manifold: For Differential pressure transmitters d. Single Valve (Block): For Basic on/off control
    Hot Tags : 5-Valve Manifolds
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  • H Type Five Valve Manifold
    H Type Five Valve Manifold
    H Type five valve manifold combine several valves in one body with multiple connections. This equipment assists pressure instruments such as pressure gauges, pressure transmitters, and differential pressure transmitters directly and indirectly in measuring and equalizing pressures, differential pressures, static, gauge, and variable in process instrumentation lines by bleeding, blocking, and calibrating.   Typical Type Of Valve Manifold: a. 2-Valve Manifold: For Pressure transmitters or gauges b. 3-Valve Manifold: For Differential pressure transmitters c. 3-Valve Manifold: For Differential pressure transmitters d. Single Valve (Block): For Basic on/off control
    Hot Tags : manifolds
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  • T Type Three Valve Manifold
    T Type Three Valve Manifold
    Instrumentation manifolds combine several valves in one body with multiple connections. This equipment assists pressure instruments such as pressure gauges, pressure transmitters, and differential pressure transmitters directly and indirectly in measuring and equalizing pressures, differential pressures, static, gauge, and variable in process instrumentation lines by bleeding, blocking, and calibrating.   Typical Type Of Valve Manifold: a. 2-Valve Manifold: For Pressure transmitters or gauges b. 3-Valve Manifold: For Differential pressure transmitters c. 3-Valve Manifold: For Differential pressure transmitters d. Single Valve (Block): For Basic on/off control
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  • QFF3 Three Valve Manifold
    QFF3 Three Valve Manifold
    QFF3 Three Valve Manifold combine several valves in one body with multiple connections. This equipment assists pressure instruments such as pressure gauges, pressure transmitters, and differential pressure transmitters directly and indirectly in measuring and equalizing pressures, differential pressures, static, gauge, and variable in process instrumentation lines by bleeding, blocking, and calibrating.   Typical Type Of Valve Manifold: a. 2-Valve Manifold: For Pressure transmitters or gauges b. 3-Valve Manifold: For Differential pressure transmitters c. 3-Valve Manifold: For Differential pressure transmitters d. Single Valve (Block): For Basic on/off control
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  • Integral Three Valve Manifold With Plug
    Integral Three Valve Manifold With Plug
    Integral three valve manifold with plug combine several valves in one body with multiple connections. This equipment assists pressure instruments such as pressure gauges, pressure transmitters, and differential pressure transmitters directly and indirectly in measuring and equalizing pressures, differential pressures, static, gauge, and variable in process instrumentation lines by bleeding, blocking, and calibrating.   Typical Type Of Valve Manifold: a. 2-Valve Manifold: For Pressure transmitters or gauges b. 3-Valve Manifold: For Differential pressure transmitters c. 3-Valve Manifold: For Differential pressure transmitters d. Single Valve (Block): For Basic on/off control
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  • H Type Three Valve Manifold
    H Type Three Valve Manifold
    H Type Three Valve Manifold combine several valves in one body with multiple connections. This equipment assists pressure instruments such as pressure gauges, pressure transmitters, and differential pressure transmitters directly and indirectly in measuring and equalizing pressures, differential pressures, static, gauge, and variable in process instrumentation lines by bleeding, blocking, and calibrating.   Typical Type Of Valve Manifold: a. 2-Valve Manifold: For Pressure transmitters or gauges b. 3-Valve Manifold: For Differential pressure transmitters c. 3-Valve Manifold: For Differential pressure transmitters d. Single Valve (Block): For Basic on/off control
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  • L Type Two Valve Manifold(Female-Female)
    L Type Two Valve Manifold(Female-Female)
    L Type Two Valve Manifold(Female-Female) made by Anhui Hongji (Valvento).  Combine several valves in one body with multiple connections. This equipment assists pressure instruments such as pressure gauges, pressure transmitters, and differential pressure transmitters directly and indirectly in measuring and equalizing pressures, differential pressures, static, gauge, and variable in process instrumentation lines by bleeding, blocking, and calibrating.   Typical Type Of Valve Manifold: a. 2-Valve Manifold: For Pressure transmitters or gauges b. 3-Valve Manifold: For Differential pressure transmitters c. 3-Valve Manifold: For Differential pressure transmitters d. Single Valve (Block): For Basic on/off control
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  • In-Line Two Valve Manifold(Male-Male)
    In-Line Two Valve Manifold(Male-Male)
    In-Line Two Valve Manifold made by Anhui Hongji (Valvento) , combine several valves in one body with multiple connections. This equipment assists pressure instruments such as pressure gauges, pressure transmitters, and differential pressure transmitters directly and indirectly in measuring and equalizing pressures, differential pressures, static, gauge, and variable in process instrumentation lines by bleeding, blocking, and calibrating.   Typical Type Of Valve Manifold: a. 2-Valve Manifold: For Pressure transmitters or gauges b. 3-Valve Manifold: For Differential pressure transmitters c. 3-Valve Manifold: For Differential pressure transmitters d. Single Valve (Block): For Basic on/off control
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