IGLELE SS NEEDLE VALVE 3 WAY T PORT HIGH PRESSURE STAINLESS STEEL 316 (6000 PSI) NPT

Features – IGLELE SS Needle Valve 3-Way T-Port (SS 316, 6000 PSI, NPT)

• 3-Way T-Port Design:

  • Enables diverting, isolating, or mixing of flow between three connected lines for versatile system control.

• High Pressure Rating – 6000 PSI:

  • Designed to handle extreme pressure conditions, ideal for high-performance industrial applications.

• Premium SS 316 Construction:

  • Made from corrosion-resistant stainless steel 316, suitable for aggressive fluids, chemicals, and harsh environments.

• Precision Flow Control:

  • Needle-type stem allows fine regulation of flow, providing accuracy and control in instrumentation and process systems.

• Compact & Rugged Body:

  • Heavy-duty design ensures mechanical strength, long service life, and vibration resistance.

• NPT Threaded Connections:

  • Standard National Pipe Thread (NPT) for easy and leak-tight integration into existing piping systems.

• Blow-Out Proof Stem:

  • Ensures operational safety under high pressure, preventing accidental stem ejection.

• Leak-Tight Shutoff:

  • Lapped metal-to-metal or soft seat design ensures zero leakage in fully closed position.

• Versatile Industrial Use:

  • Suitable for use with gas, oil, air, water, hydraulic fluids, and chemical service lines.

• Temperature & Pressure Resistant:

• Performs reliably across wide temperature ranges and under fluctuating pressures.

• ISO-Compliant Manufacturing:

• Manufactured under strict quality control systems, ensuring consistency, safety, and reliability.

Application of uses : 

• Instrumentation Systems:

  • Used for precise flow control and isolation in high-pressure measurement and monitoring systems.

• Hydraulic and Pneumatic Circuits:

  • Ideal for diverting or controlling hydraulic oil or compressed air under high-pressure conditions.

• Chemical & Petrochemical Plants:

  • Suitable for corrosive chemical flow regulation, thanks to SS 316’s resistance to acids and aggressive media.

• Oil & Gas Industry:

  • Installed in wellheads, manifolds, and test skids for safe and controlled diversion or shutdown of high-pressure fluids.

• Power Generation Facilities:

  • Used in steam, gas, or cooling systems for critical high-pressure line isolation and pressure control.

• Water Treatment & RO Plants:

  • Regulates and redirects high-pressure water lines, ensuring operational safety and control.

• Process Control Panels:

  • Mounted in instrument panels and control skids for safe flow diversion and isolation in monitoring setups.

• Laboratory and R&D Setups:

  • Ideal for controlled experimental flow paths in high-pressure testing and fluid mechanics applications.

• Marine & Offshore Platforms:

  • Provides reliable fluid control in demanding offshore environments exposed to seawater and high pressure.

• Refineries & Gas Processing Units:

  • Used for sampling lines, purge lines, or pressure relief systems in extreme pressure and temperature conditions.