Milton 1/4" MNPT M-STYLE® Steel Plug - 727

The Milton 1/4" MNPT M-STYLE® Steel Plug - 727: Unmatched Durability, Quick Connections, and Precision Performance

The Milton 1/4" MNPT M-STYLE® Plug - 727 is a high-quality pneumatic plug designed for ease of use, durability, and compatibility. Whether you're working in an automotive garage or an industrial setting, this plug offers a reliable and efficient solution for connecting and disconnecting pneumatic tools and equipment.

1/4" MNPT M-Style® plugs are made of case hardened steel and are plated to resist rust. The industry standard M-Style® plugs have a 1/4" basic flow size and a Maximum inlet pressure of 300 PSI. Air flow of up to 40 SCFM.

Technical Specifications

• Style: M-Style
• Air Flow: 40 SCFM
• Max. Inlet Air Pressure: 300PSI
• Max. Temperature: 250°F
• Thread: 1/4" MNPT
• Complies with military specifications MIL-C-4109
• Pack of 1

Key features and description of the Milton 1/4" MNPT M-STYLE® Plug - 727:

• Size and Compatibility: This plug is specifically designed to fit 1/4-inch MNPT (Male National Pipe Thread) connections, making it compatible with a wide array of pneumatic tools, hoses, and equipment that utilize this standard thread size. Its versatility allows it to be seamlessly integrated into existing pneumatic systems or paired with new components.
M-STYLE® Profile: The Milton M-STYLE® profile is a recognized industry standard, ensuring compatibility with other M-STYLE® connectors, couplers, and fittings. This plug can easily connect with a variety of M-STYLE® pneumatic tools and accessories.
• Durable Construction: Crafted from high-quality materials, this plug is built to withstand the demands of daily use in various work environments. Made of case hardened steel and are plated to resist rust
• Quick-Connect Design: The plug's design facilitates quick and secure connections and disconnections, streamlining pneumatic tool setup and operation.
• Secure Seal: The Milton 1/4" MNPT M-STYLE® Plug - 727 is engineered to create a secure and airtight connection, minimizing air leakage and pressure loss. This helps maintain consistent pneumatic tool performance and energy efficiency.