Value Collection B130 80 Black Malleable Iron Tee 3 in

Product Description

The VALUE COLLECTION B130 80 is a black malleable iron tee fitting used to create branch connections in threaded pipe systems. Sized at 3 inches with fully threaded end connections, this tee carries a Class 150 rating and a 300 psi liquid and gas pressure rating. The black finish is standard for gas distribution and general-purpose piping. Plumbers, pipefitters, and mechanical contractors install this fitting in both new construction and retrofit applications where a branch takeoff is needed in a straight run of threaded pipe.

This tee is suited for residential and commercial piping systems handling gas, air, water, and other compatible media within the pressure and temperature limits of Class 150 malleable iron fittings. The 3-inch threaded configuration makes it a common choice in main distribution lines, mechanical rooms, and utility piping where branch connections to equipment or sub-mains are required. All three ports accept standard tapered threads per GB/T 7306.2 and ISO 7/1.

Key Features

• Malleable iron construction provides durability and impact resistance in threaded piping systems
• Black finish suitable for gas piping and general industrial applications
• Class 150 rated at 300 psi for liquid and gas service
• 3-inch threaded end connections on all three ports
• Conforms to GB/T 7306.2 and ISO 7/1 thread standards

Compatibility

Designed as an OEM-style replacement or new-install fitting compatible with standard 3-inch threaded malleable iron piping systems operating within Class 150 pressure limits.

Installation Notes

Installation should be performed by a licensed plumber or pipefitter in accordance with applicable mechanical and plumbing codes such as the IPC or IFGC. Shut off and depressurize the line completely before cutting in or replacing any fitting. Apply an appropriate thread sealant or PTFE tape to all male threads before assembly. Do not overtighten threaded connections, as malleable iron fittings can crack under excessive torque.