Green Leaf F 200 P Polypropylene Pipe Plug 2 in Mipt

Product Description

The GREEN LEAF F 200 P is a 2-inch polypropylene pipe plug designed to seal male iron pipe thread (MIPT) openings in piping systems. Made from black polypropylene, this plug provides a lightweight, corrosion-resistant solution for capping off unused pipe ends, test ports, or branch connections. It is well suited for water, chemical, and general-purpose plumbing applications where a durable thermoplastic fitting is preferred over metal. Plumbers and pipe fitters install this plug as a permanent or temporary closure in both new construction and repair work.

This plug is used in residential and commercial plumbing systems, irrigation lines, and industrial piping where MIPT-threaded ports need to be sealed. The 2-inch fitting size covers a common range of branch and main line applications. Its polypropylene construction makes it resistant to many chemicals and suitable for non-threaded-metal environments where galvanic corrosion is a concern.

Key Features

• 2-inch MIPT end connection for threading directly into female-threaded fittings or pipe ends
• Polypropylene construction offers corrosion resistance and chemical compatibility
• Black color provides UV resistance for exposed or outdoor installations
• Lightweight at 0.05 pounds, reducing handling fatigue during repetitive installs
• Compact plug design minimizes protrusion beyond the fitting face

Compatibility

Designed as an OEM-style replacement or new-installation fitting for 2-inch MIPT-threaded female pipe connections in standard plumbing and irrigation piping systems.

Installation Notes

This plug is installed by licensed plumbers or qualified pipe fitters. Shut off the water supply and relieve system pressure before installing or removing any pipe plug. Apply thread sealant tape or pipe dope to the male threads before tightening; hand-tighten first, then use a strap wrench or pipe wrench to finish. Do not over-torque polypropylene fittings, as the material is subject to cracking under excessive mechanical force.