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Dimensions Range

1/8" to 1" NPT / BSPT / BSPP 

Manufacturing process

Forging or Sand / Shell Casting

Type

Straight or Angle Pattern

Product id

FVAM004

Valves and manifolds

Stainless Steel Needle Valve

Studio photography of a metallic industrial fitting with threaded connectors. The object is shown against a plain grey background.

Stainless Steel Needle Valves are precision engineered flow control devices designed for accurate regulation of liquid or gases in high-pressure and high-temperature applications. 

These valves feature a finely threaded stem and narrow, tapered needle-shaped plunger that allows gradual flow control, making them ideal for systems requiring precise throttling. 

Constructed from corrosion-resistant stainless steel, these valves providing long service life and consistent performance even in harsh environments.  

Natural

Finish

Material

SS 303, 304, 316 L

Highlight

INDUSTRIES SERVED
  • Oil and Gas

  • Petrochemical and Refineries

  • Power Generation

  • Instrumentation and Control Panels

  • Chemical Processing

  • Water Treatment

  • Marine and Offshore Installations

  • Laboratory and R&D Equipment

KEY BENEFITS
  • Corrosion-Resistant Construction: Stainless steel offers superior resistance to chemicals, moisture, and high-pressure conditions.

  • Precision Flow Control: The tapered needle design enables gradual and accurate regulation of flow.

  • Leak-Tight Performance: Metal-to-metal or soft-seated tips ensure zero leakage even at high pressures.

  • High Temperature and Pressure Tolerance: Designed for demanding conditions across industries.

  • Compact and Rugged Design: Ideal for both panel-mounted and inline applications.

  • Low Maintenance: Smooth operation and wear-resistant internal components reduce maintenance needs.

APPLICATIONS

Stainless Steel Needle Valves are used for fine control of flow in hydraulic systems, gas sampling lines, fuel injection systems, instrumentation panels, and chemical processing equipment. Their ability to handle aggressive media and extreme conditions make them ideal for critical and hazardous service applications. 

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