PL Male Elbow Push On Pneumatic Quick Fittings 1/8'' 1/4'' 3/8'' 1/2''

PL Male Elbow Push On Pneumatic Quick Fittings 1/8'' 1/4'' 3/8'' 1/2''

Push in fittings (pneumatic fittings, push to connect fittings, one touch fittings) are made of nickel plated brass (thread) and plastic (body), stainless steel tube gripping claws, collars and POM release sleeves offer a quick hold and release mechanism to provide a low disconnection force for easy removal of the tubing. To assemble the tube, simply insert the tube into the fitting until it bottoms. To release the tube, press the release sleeve ring and the tube can be easily pulled out. Push in fittings (pneumatic push to connect fittings, one touch tube fittings) come in a variety of types, models and sizes to satisfy various tubes demands and provide essential links between components in pneumatic systems. Threaded Elbow and Tee fitting bodies can be rotated after installation to allow for variations in piping direction. Accommodate metric tubing O.D ranging from 4 mm to 16 mm, inch tube ranging from 1/8" to 1/2"; thread sizes range is from R, PT, BSPT 1/8 to R, PT, BSPT 1/2 and metric thread from M5 to M20.

Technical data of Pneumatic Hose Fittings:

Specifications of PL-G Male Elbow Pneumatic Hose Fittings:

List of All Push To Connect Pneumatic Hose Fittings:

Choosing the Right Fittings for Your Pneumatic System:

Fittings help control the force and directional flow of compressed gas or air used in pneumatic systems. One of the first considerations in choosing a connector is the type of vessel that you will be connecting to such as the flexibility of the hose or tube, as well as the inner diameter (ID) and outer diameter (OD) of the vessel to ensure an adequate seal and secure connection. Fitting material choice for your pneumatic connector is also important, including gas compatibility or resistance to heat or corrosion.

Other considerations in choosing the right pneumatic system connector include:
1. Type of connection and the function it performs
2. Operational pressure of the pneumatic system
3. Operating temperature range
4. P.S.I. requirements for your application
5. Amount of vibration produced by the pneumatic system
6. Thread type of the receiving fitting

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