Customer Favorite 3169 10 17 By Parker | Legris Stud Fitting | 10 Mm Push-to-connect X 3/8" Male Swivel Bspp Thread | 20 Mm Hex | 90° Elbow | Polymer | Pack Of 10 65% Off - Today Only [gGhBDMm3]

Push-to-Connect Stud Fitting by Parker Legris

The Parker Legris 3169 10 17 Stud Fitting is a premium-quality push-to-connect fitting designed for high-performance pneumatic circuits. This versatile fitting boasts a robust, lightweight, and compact design, making it an ideal choice for a wide range of industrial and commercial applications. Its 10 mm push-to-connect design paired with a 3/8" male swivel BSPP thread offers secure connections and efficient fluid transfer.

Technical Specifications and Features

The Parker Legris 3169 10 17 Stud Fitting is engineered to handle a variety of fluid types, making it suitable for compressed air applications. With a working pressure range from vacuum to 20 bar and a working temperature range of -20°C to +80°C, this fitting ensures reliable performance in challenging environments. Its 20 mm hex design and 90° elbow provide easy installation and efficient fluid flow. The fitting is constructed with high-quality materials, including stainless steel gripping ring, technical polymer body, NBR O-Ring for sealing, and nickel-plated brass adaptor, ensuring durability and longevity.

Practical Applications and Benefits

The Parker Legris 3169 10 17 Stud Fitting is an essential component for building robust pneumatic systems. Its full-flow connections optimize flow rates, allowing for efficient operation in a variety of applications. Whether used in industrial settings or in everyday applications like vacuum systems, this fitting delivers reliable performance. Its compatibility with various fluids and the ability to use it in both vacuum and compressed air environments make it a versatile choice for professionals and hobbyists alike. Upgrade your pneumatic system today with the Parker Legris 3169 10 17 Stud Fitting, and experience the benefits of high-quality, durable, and easy-to-install components.