Mako MJIC-2603-12-12-12 Male Tee 3/4" M JIC X 3/4" M JIC X 3/4" M JIC Tee (1-1/16"-12 X 1-1/16"-12 X 1-1/16"-12) - 316 Stainless

Tee Adapter - Mako MJIC-2603-12-12-12 The Mako MJIC-2603-12-12-12 Male Tee Adapter is a precision-engineered component designed for efficient fluid transfer in hydraulic and pneumatic systems. Crafted from high-quality 316 stainless steel, this tee fitting offers exceptional resistance to corrosion and high-pressure applications, making it an ideal choice for industries such as petrochemical, aerospace, and biopharmaceuticals. ## Key Features • **Material**: Constructed from 316 stainless steel, ensuring durability and resistance to corrosive environments. • **Size**: Features three 3/4" Male JIC (Joint Industry Conference) threads, providing a secure and leak-free connection. • **Design**: The tee configuration allows for branching fluid flow, optimizing system efficiency and versatility. • **Thread Specifications**: Compatible with 1-1/16"-12 threads, allowing seamless integration with standard piping systems. • **Pressure Rating**: Designed to withstand high-pressure operations, making it suitable for demanding industrial applications. ## Applications • **Hydraulic Systems**: Ideal for constructing or repairing hydraulic circuits in various machinery and equipment. • **Pneumatic Systems**: Can be utilized in air distribution systems where multiple lines need to converge efficiently. • **Industrial Equipment**: Perfect for use in petrochemical, aerospace, and biopharmaceutical applications where reliability and performance are critical. ## Benefits • **Corrosion Resistance**: The 316 stainless steel construction provides superior protection against rust and degradation, ensuring long service life. • **Enhanced Flow Efficiency**: The tee design facilitates optimal fluid flow distribution, improving overall system performance. • **Versatile Compatibility**: Easily integrates with other JIC fittings and hydraulic components, simplifying installation and maintenance. --- *Product information compiled with AI assistance for reference purposes.*