Product Review
Utah Pneumatic Fittings are a compact one piece push-to-connect fitting.
All items in the Utah Pneumatic composite range are silicone free.
The Stainless steel gripping ring ensures excellent tube retention while the D seal
within the fitting provides a positive seal on the O.D. of the tube,
in both static and dynamic positions, due to an optimized design of the fitting cavity.
Utah Pneumatic composite should not be used for live swivel applications.
Body and collar are made of Nylon 6.6, gripping ring is stainless steel, and D seal and O-rings are Nitrile.
- 3/8 Air Line Fittings Quick Connect Tee Temperature Range 0-60°c | 32～140°f: These Fittings Are Designed To Operate Efficiently Within A Wide Temperature Range, Making Them Versatile For Various Industrial And Commercial Applications. Whether You're Working In A Cold Environment Or A Hot One, These Fittings Will Maintain Their Integrity And Performance.
- 3/8 Push To Connect Fittings Tee Pressure Range: 0-1 Mpa / 145 Psi, Max Pressure: 1.5 Mpa / 217 Psi: Built To Withstand Significant Pressure, These Fittings Can Handle Up To 1 Mpa (145 Psi) During Regular Use And Up To 1.5 Mpa (217 Psi) At Maximum Capacity. This Makes Them Suitable For High-pressure Systems, Ensuring Safety And Reliability.
- 3/8 Push To Connect Tee Fittings These Fittings Are Compatible With Standard 3/8 Inch Air Hoses, Providing A Secure And Efficient Connection. They Are Commonly Used In Pneumatic Systems, Ensuring A Tight Seal And Preventing Air Leaks.
- 3/8 Push To Connect Fittings: Designed For Ease Of Use, These Fittings Allow For Quick And Reliable Connections Without The Need For Additional Tools. Simply Push The Hose Into The Fitting, And It Locks Into Place, Making Installation And Maintenance Straight forward.
- Push To Connect Air Fittings Ideal For Air Systems, These Fittings Offer A Convenient And Leak-proof Solution For Connecting Air Hoses. They Are Designed To Be User-friendly, Reducing The Time And Effort Required For Setup And Ensuring A Durable Connection.
