Milton Red Hose PU Hybrid 1/4" X 25' w1/4" NPT - Milton Industries

The Milton Red Hose MA1425OR is a professional-grade hybrid air hose engineered for durability and consistent performance in demanding automotive and industrial environments. This 1/4" x 25' hose combines the best attributes of PVC and rubber, offering exceptional flexibility even in extreme temperatures, while maintaining robust kink resistance for uninterrupted workflow. It is designed to reliably power a wide range of pneumatic tools, ensuring efficient operation in various professional settings.

Key Features

• Hybrid PVC Construction: Engineered with a hybrid PVC material, this hose resists kinking and lays flat, making it easier to maneuver and store.
• Extreme All-Weather Flexibility: Remains highly flexible in harsh conditions, performing reliably in temperatures as low as -40°F (-40°C), preventing stiffness and cracking.
• High Pressure Rating: With a maximum working pressure of 300 PSI, this hose is built to handle the demands of professional air tools and systems.
• Durable Brass Ends: Features robust 1/4" NPT solid brass fittings that resist corrosion and ensure secure, leak-free connections to air compressors and tools.
• Integrated Bend Restrictor: Each end includes a bend restrictor, providing critical stress relief to extend the overall lifespan of the hose by preventing sharp bends at the connection points.

Applications

The Milton Red Hose MA1425OR is an essential tool for professional technicians and mechanics across numerous sectors. Its 1/4" internal diameter makes it suitable for lighter-duty tasks requiring consistent airflow. It is commonly used in automotive workshops for powering tools such as tire inflators, brad nailers for trim work, and smaller spray guns for touch-ups. Beyond automotive, this hose performs reliably in general industrial settings, construction sites, and agricultural applications, supplying compressed air to various pneumatic equipment like nail guns, sanders, and other air-powered machinery where maneuverability and consistent performance are critical.