

90° Double Ferrule Male Elbow
90° double ferrule male elbow for connecting fractional or metric tubing to a female threaded port while changing the flow direction by 90°. Available in multiple tube and male-thread combinations for instrumentation and industrial fluid systems.
Specifications
- Series
- ME series
- Connection
- Double Ferrule Tube × Male Thread
- Tube Sizes
- Fractional & Metric
- Male-End Options
- NPT, ISO Tapered, ISO Parallel, SAE/MS Straight Thread & Metric Thread
- Configuration
- 90° Elbow
- Standard Material
- 316 Stainless Steel
- Special Materials
- Monel 400, Inconel 625, Super Duplex 2507 & Other Special Alloys
Overview
Key Features
- 90° tube-to-male-thread connection
- Double ferrule tube connection
- Multiple male-thread and end-connection configurations
- Fractional and metric tube-size options
- Multiple tube O.D. and thread-size combinations
- 316 stainless steel as the standard material
- Special-alloy options for project requirements
Engineering Specifications
Item | Specification |
|---|---|
Product Type | 90° Double Ferrule Male Elbow |
Series | ME Series |
Connection | Double Ferrule Tube × Male Thread |
Configuration | 90° Elbow |
Tube Sizes | Fractional and Metric |
Male-End Configurations | NPT, ISO Tapered, ISO Parallel, SAE/MS Straight Thread & Metric Thread |
Standard Material | 316 Stainless Steel |
Special Materials | Monel 400, Inconel 625, Super Duplex 2507 and other special alloys |
Pressure Rating | Based on tubing, material, temperature and threaded-connection ratings |
Dimensions | Configuration-specific |
Connection & Size Options
Size & Configuration Information
Materials
Pressure & Temperature Considerations
Typical Applications
- Pressure and flow measurement lines
- Valve and manifold connections
- Sampling and test systems
- Process-control tubing
- Equipment connections where the tubing direction must change by 90°
Selection & Ordering Information
- Tube O.D. — fractional or metric
- Male-end connection type
- Thread or connection size
- Material
- Operating pressure and temperature
- Quantity




