Angle Body Needle Valves
90° flow design for space-saving integration in crowded panels and skids
What Are In-Line Needle Valves?
Angle body needle valves are a variation of the standard needle valve distinguished by a 90-degree flow pattern. Instead of the fluid entering and exiting along a straight line (in-line configuration), the flow is diverted within the valve body itself.
The angle design eliminates the need for a separate pipe elbow or 90-degree fitting, significantly reducing the overall footprint and weight of the assembly. This is crucial for crowded panels and skids.
Common applications include: panel-mounted instrumentation, crowded skid assemblies where linear space is limited, and installations where operator access and maintenance must be optimized.
✓ Eliminates separate elbow fittings — reduced footprint, fewer potential leak points

Technical Specifications
- Pressure Rating
6,000 PSI | 10,000 PSI | 15,000 PSI
- Connection Types
Female/Female Threaded (F/T-F/T)
Male/Female Threaded (M/T-F/T)
Male/Male Threaded (M/T-M/T)- Sizes
1/4" NPT | 3/8" NPT | 1/2" NPT | 3/4" NPT | 1" NPT
- Materials
Stainless Steel 316/316L, Duplex, Alloy 625, Alloy 825, Hastelloy, Titanium, 6Mo, Monel 400
All materials NACE MR0175/ISO 15156 compliant for sour service- Seat Seal Options
Metal-to-metal (optional Stellite-coated) | PTFE | Graphite
- Mounting
Standard | Panel mounting
Key Features
90° Flow Pattern
Space Saving
Simplified Piping
Improved Accessibility
Where In-Line Valves Excel
Angle body needle valves are the ideal choice for:
Crowded panels and skids where a straight-through valve would not fit
Panel-mounted instrumentation requiring optimized operator access
Applications requiring 90° flow direction change without additional elbow fittings
Installations where minimizing weld points and connections is a safety priority
Need a different configuration?
Explore our In-Line valves for straight-through flow designs, or Multiport valves for complex instrumentation setups.

Multiport Needle Valves
Multiple-connection design for economical pressure instrument mounting with vent and drain in a single bodyExplore



