Parker MFT-06 Parflare Tube Flare Mandrel 3/8 Inch Od

Product Description

The PARKER MFT-06 is a Parflare tube flare mandrel designed for use with 3/8-inch outside diameter tubing. It is used to form flared ends on PFA (Perfluoroalkoxy) and PTFE (Polytetrafluoroethylene) tubing, creating leak-resistant compression tube connections. This mandrel is a hand tool used in the preparation of fluoropolymer tubing before assembly into Parker Parflare-style compression fittings. Plumbers, industrial piping technicians, and fluid system installers rely on this tool when working with chemically resistant tubing in high-purity or corrosive-fluid applications. It weighs 0.22 pounds, making it a compact, field-portable tool.

This mandrel is suited for applications where fluoropolymer tubing — specifically PFA or PTFE — must be flared to seat correctly in Parflare compression fittings. Typical installations include chemical process lines, high-purity fluid transfer systems, and instrumentation tubing runs where standard metal fittings are not appropriate. It is sold as a single unit and is intended for use by trained technicians familiar with fluoropolymer tubing preparation procedures.

Key Features

• Designed for 3/8-inch OD fluoropolymer tubing (PFA and PTFE)
• Creates Parflare-style flared tube ends for leak-resistant compression connections
• Compatible with PFA (Perfluoroalkoxy) and PTFE (Polytetrafluoroethylene) tubing materials
• Lightweight at 0.22 pounds for easy field use
• Sold as a single unit with no minimum order beyond one piece

Compatibility

Designed for use with Parker Parflare-style compression tube fittings accepting 3/8-inch OD PFA or PTFE tubing.

Installation Notes

This tool is used by plumbers and fluid system technicians during tubing preparation before fitting assembly. Always follow the tubing manufacturer and fitting manufacturer instructions for flare depth and seating. Ensure tubing is cut cleanly and squarely before using the mandrel to avoid improper flare formation. Do not apply excessive force during the flaring process, as PFA and PTFE tubing can deform if overworked.