8 mm Legris Oscillating Fitting by Parker

The Parker Legris Oscillating Fitting is a top-tier component designed for precision and durability. This fitting is an essential choice for various applications, offering an 8 mm tube size with a 3/8" male BSPP thread, and a 20 mm hex for secure installation. Crafted with polymer material, it boasts a 90° elbow design, providing flexibility and efficiency in fluid management systems. This pack of 10 fittings ensures ample stock for your projects.

Key Technical Specifications

The 8 mm Legris Oscillating Fitting is engineered for optimal performance. With a working pressure ranging from vacuum to 10 bar, it guarantees reliable operation in diverse environments. The operating temperature spans from -20°C to +80°C, making it suitable for a wide array of applications. The fitting is designed with self-sealing capabilities, preventing fluid flow when there is no tube connected, and ensuring accurate assembly every time. Additionally, it includes oscillating fitting features that allow the fitting to swivel when the cylinder is in motion, eliminating the need for tube bending and enhancing the longevity of the fitting and tube assembly.

Applications and Benefits

Ideal for use in industrial, automotive, and aerospace applications, the 8 mm Legris Oscillating Fitting offers numerous advantages. Its self-sealing design not only prevents fluid leaks but also ensures that the fitting remains secure, even in harsh conditions. The oscillating feature minimizes wear and tear on the system, leading to longer service life and reduced maintenance costs. The product adheres to various regulations including ISO 14743, PED, RoHS, and REACH, ensuring compliance with international standards. With its nickel-plated brass body, technical polymer oscillating fitting, and anti-friction bearings, this fitting is built to last. Whether you are working on a complex machinery assembly or a simple fluid management system, the 8 mm Legris Oscillating Fitting by Parker is a reliable and efficient choice.