UFLOW PU Push Fitting – VO Series is designed to enhance the performance and reliability of modern pneumatic systems by combining robust construction with intelligent functional design. The fitting operates on a precision push-to-connect mechanism that allows the PU tube to be inserted instantly, where stainless steel gripping claws lock the tube firmly in place while an elastomeric seal creates a tight, leak-proof connection. This design ensures stable air flow, minimizes pressure drop, and maintains consistent system efficiency even in continuous-duty or high-vibration environments. The VO Series supports quick tube release for servicing or system modifications, reducing maintenance time and improving operational flexibility. Its corrosion-resistant body and compact profile make it suitable for space-constrained installations across automation, packaging, textile, and manufacturing applications. As an Authorised Dealer, L N Engineering provides genuine UFLOW VO Series PU push fittings, ensuring assured quality, dependable performance, and professional application support.
The UFLOW Union 'Y' VO Series Is A Precision-engineered Pneumatic Push-in Fitting Designed To Efficiently Divide Or Combine Compressed Air Flow Through A Y-shaped Configuration, Ensuring Smooth Air Distribution With Minimal Pressure Loss. Manufactured From Premium-quality Materials, The VO Series Provides Secure, Leak-proof Tube Connections, Excellent Pressure Resistance, And Long-lasting Durability For Reliable Performance In Demanding Industrial Environments. Its Quick Push-to-connect Mechanis Continue
The UFlow Union Y PU Push Fitting (VO Series) Is A Highly Practical And Efficient Component Designed To Simplify And Optimize Pneumatic Connections In Industrial Systems. Its Primary Function Is To Distribute Compressed Air Through A Y-shaped Configuration, Enabling One Air Supply Line To Be Split Into Two Separate Outlets Or Allowing Two Lines To Merge Into A Single Flow Path, Depending On The System Design. This Makes It Especially Useful In Applications Where Multiple Actuators Or Pneumatic D Continue