Value Collection G130 10 Malleable Iron Pipe Tee 3/8 in

Product Description

The VALUE COLLECTION G130 10 is a 3/8 inch malleable iron pipe tee designed for threaded piping systems in plumbing, HVAC, and gas distribution applications. This Class 150 fitting handles liquid and gas service up to 300 psi and steam service up to 150 psi, making it suitable for a broad range of low-to-medium pressure installations. The galvanized finish provides corrosion resistance in typical service environments. Weighing 0.53 pounds, this compact fitting installs in standard NPT threaded pipe runs without special tooling beyond pipe wrenches and thread sealant.

This tee is used in residential and light commercial piping systems where a branch connection is needed on a 3/8 inch run. Common applications include gas supply lines, compressed air distribution, hydronic heating branch lines, and general plumbing rough-in work. The threaded end connections comply with ISO 7/1 standards, ensuring dimensional compatibility with standard pipe threads used throughout North American trade work.

Key Features

• Rated to 300 psi for liquid and gas service
• Rated to 150 psi for steam service
• Threaded end connections conforming to ISO 7/1
• Galvanized finish for corrosion resistance
• Class 150 malleable iron construction
• Compact 3/8 inch size suits tight branch connection layouts

Compatibility

Designed as an OEM-style replacement or new-installation fitting for 3/8 inch threaded pipe systems in residential and light commercial plumbing, HVAC, and gas piping applications.

Installation Notes

Installation should be performed by a licensed plumber or pipefitter in accordance with applicable local codes, IPC, and IFGC requirements. Shut off supply pressure and bleed the line before disassembling any threaded connection. Apply an approved thread sealant or PTFE tape to male threads before making up joints, and tighten with a pipe wrench to a snug, leak-free fit. Do not overtighten malleable iron fittings, as the material is strong but not ductile under excessive torque.