TianKang HongJi Integral Five Valve Manifold

TianKang HongJi Integral Five Valve Manifold combines high-pressure isolation, equalizing, and venting functions within a single compact body, providing reliable performance and easy installation. Its one-piece design minimizes leakage points and ensures excellent sealing integrity, enhancing operational safety and system stability. Precision-machined flow paths guarantee accurate pressure transmission and smooth operation, while the modular structure allows for simple maintenance and long service life. Designed to work seamlessly with differential pressure and pressure transmitters, this manifold is ideal for applications in oil and gas, petrochemical, power generation, and other process industries where accurate measurement and safety are critical.



Overview

TianKang HongJi Integral 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.

 

Technical Specifications

 Type  Integral Type
 Net Weight  3.2kg
 Body Material  316L,Alloy  Manufacturing Capacity  1800 pics/Month
 Type of Connection  Thread/Flange  Warranty  1 year
 Seal Type  Hard Sealing  Manufacturing  Forging and CNC
 Packing  PTFE/Graphite  Pressure Range  6000Psi-10000Psi (414Bar-690Bar)
 Media  Liquid, Gas, Steam, Oil  Inlet/outlet  1/2 NPT, Flange
 Connection  1/4 NPT  Orifice:  0.157(4.0 mm)
 Graphite  -65°F to 1200°F (-54℃ to 649℃)  PTFE  -65°F to 450°F (-54℃ to 232℃)

 

Applications

  • Oil & Gas Industry: Valve manifolds play a vital role in controlling pressure and flow in oil and gas operations. They ensure safe isolation of high-pressure systems during drilling, refining, and flow measurement processes. Their reliable performance enhances system integrity, minimizes downtime, and supports accurate instrumentation across upstream and downstream applications.
  • Chemical & Petrochemical Plants: In chemical and petrochemical facilities, valve manifolds ensure precise control of process fluids and gases. They help maintain stable operating conditions in reactors, distillation columns, and mixing systems. By providing dependable isolation and venting, manifolds enhance safety, prevent leaks, and support accurate monitoring of chemical reactions.
  • Power Generation: Power plants rely on valve manifolds to regulate steam and water flow in boilers, turbines, and auxiliary systems. These manifolds allow for safe pressure measurement, system balancing, and quick isolation during maintenance. Their robust design ensures reliable performance in high-temperature and high-pressure environments typical of power generation systems.
  • Pharmaceutical & Biotechnology: In pharmaceutical and biotech applications, valve manifolds provide hygienic fluid control essential for sterile processing. They ensure contamination-free manufacturing by enabling precise isolation, cleaning, and calibration. Designed for sanitary compliance, these manifolds support critical operations in vaccine production, fermentation, and laboratory testing environments.
  • Water Treatment & HVAC Systems: Valve manifolds regulate flow and pressure in water treatment plants and HVAC networks. They optimize filtration, distribution, and temperature control while simplifying maintenance through easy system isolation. Their durable, corrosion-resistant construction ensures dependable performance in water purification, cooling, and heating applications.
  • Laboratories & Research Facilities: In laboratory and research setups, valve manifolds enable accurate control of multiple fluid channels. They support complex testing, sampling, and calibration systems where precision is essential. Their flexibility and leak-tight performance make them indispensable for experimental setups, analytical instrumentation, and pilot-scale process systems.

 

Ordering Number Description

Notes:

  • Standard manifold instrument is flange (according to MSS SP-99), flange distance (center-to-center) is 2.13 (54 mm).

Distance of 2.19 (55.6 mm) suitable for transmitters of range 6, 7 and 1151.

Distance of 2.25 (57.2 mm) transmitters of range 8 and 1151.

  • Ordering Number Indication illustrates the classification and combination of Hongji products, which can not be randomly combined.
  • For those valves made of other type of material other than listed ,please contact the Hongji sales personnel.
  • If an oxygen-dedicated valve manifold is required, include “O2” in the basic order number, for example:HJ2V-MNPT8-FNPT8-H-P-SS-O2

Customization & Technical Support

• E-Mail: overseasales@tiankang.com

Sales Support:

• E-Mail: sales06@tiankanginternational.com

 


Product Tags integrated 5-valve manifold          differential pressure manifold          instrument valve manifold          high-pressure valve manifold          oil and gas instrumentation manifold          flow measurement manifold         

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