metal push-in fittings
PV Type Nickel-plated brass air fittings
Durable, stable and not loose
Specifications
- Working medium
- Air, vacuum
- Material
- Copper
- Surface treatment
- Nickel plated
- Operating pressure
- 0-1.0Mpa
- Working Temperature
- 0-60 degreen
PV All-Brass Union Elbow Push-In Fitting
The PV Series is an all-brass union elbow push-in fitting designed to connect two pneumatic tubes of the same outside diameter while changing the tube direction by 90 degrees.
Both ends use a push-to-connect mechanism, and the fitting has no threaded connection. It is suitable for routing pneumatic tubing around machine frames, corners, guards, control-panel structures, and other obstacles where a straight tube connection is not practical.
The series supports metric tube outside diameters from 4 mm to 16 mm. Its all-brass body provides a stronger and more rigid alternative to a conventional plastic union elbow, while the nickel-plated exterior gives the product a clean industrial finish.
Key Features
- All-brass body construction
- Nickel-plated external finish
- 90-degree tube-to-tube connection
- Two equal-size push-in ports
- No male or female pipe thread
- Metric tube sizes from 4 mm to 16 mm
- Compact right-angle design
- Fast tube installation without tools
- Easy tube removal for maintenance
- Suitable for extending and redirecting pneumatic lines
- Helps avoid sharp tube bends
- Stronger body than standard plastic union elbows
- Suitable for industrial vibration and repeated maintenance
- Broad size range for low- and higher-flow circuits
- Suitable for OEM and wholesale supply
Material and Construction
Item | Description |
Product series | PV |
Fitting type | Equal union elbow |
Connection angle | 90 degrees |
Main body | Brass |
External finish | Nickel-plated finish shown |
Number of ports | Two |
Connection method | Push-to-connect |
Tube arrangement | Two equal-size metric tubes |
Threaded connection | None |
Available sizes | 4, 6, 8, 10, 12, 14, and 16 mm |
The exact seal material, internal gripping structure, working pressure, temperature range, and media compatibility should be confirmed according to the required production specification.
