Pneumatic Straight Reducer Connector, PG 10 8, 0.39 in Hose to 0.31 in Hose

Product Description The ZHENGMI Pneumatic Straight Reducer Connector is a specialized component for pneumatic air systems. Constructed from plastic, it offers durability and reliable performance. Its reducer design allows for quick assembly of 0.39" (10mm) and 0.31" (8mm) pneumatic hoses, enabling efficient air connection and diameter transition in various industrial and automation setups. Specifications Brand : ZHENGMI Product Name : Pneumatic Straight Reducer Connector Model : PG 10-8 Material : Plastic Hose Sizes : 0.39" (10mm) OD × 0.31" (8mm) OD Type : Straight Reducer Connector Quantity : 1 Piece Features Durability : Made from plastic to withstand pneumatic system demands, resisting wear and ensuring long-term use. Quick Push-In Connection : Enables fast assembly of two pneumatic hoses with different diameters, reducing installation time in industrial operations. Reducer Function : Facilitates smooth air flow transition between hoses of different diameters, ensuring optimal pneumatic performance. Easy Installation : Suitable for straightforward push-in assembly, ideal for both professional and DIY pneumatic projects. Versatility : Applicable for various pneumatic applications, connecting hoses of different sizes for air transmission in machinery and automation systems. Application Ideal for use in industrial pneumatic systems, automation equipment, and air-powered machinery. It can be used to connect 0.39" (10mm) and 0.31" (8mm) pneumatic hoses in a straight line, enabling efficient air connection and diameter transition in manufacturing, assembly, and other industrial processes. Installation Guidelines Ensure the ends of the pneumatic hoses (0.39" / 10mm OD and 0.31" / 8mm OD) are cut cleanly and free of debris. Push each hose firmly into the corresponding push-in port of the straight reducer connector until they click into place, ensuring secure fits. Test the pneumatic system after installation to ensure proper air flow and no leakage.