Midland Industries 2406164 Jic Reducer Expander Steel Adapter

Product Description

The MIDLAND INDUSTRIES 2406164 is a steel JIC reducer/expander fitting designed to connect hydraulic lines with mismatched JIC port sizes. It transitions from a 1-inch female JIC connection to a 1/4-inch male JIC connection, using 1-5/16-12 and 7/16-20 thread specifications. Built from steel for durability under hydraulic system pressures, this adapter is a compact component used to reduce or expand line sizes within a hydraulic circuit. It is installed by hydraulic technicians, heavy equipment mechanics, and plumbing professionals working on fluid power systems where line sizing changes are required.

The 2406164 is suited for use in industrial and mobile hydraulic systems where a JIC-to-JIC size transition is needed inline. It fits into the 2406 Series of FJIC to MJIC reducer/expander adapters and is appropriate for residential, commercial, and industrial hydraulic plumbing applications. No compatible equipment model numbers were specified in the product data, so installers should verify system pressure ratings and thread compatibility before installation.

Key Features

• Transitions from 1-inch female JIC to 1/4-inch male JIC in a single fitting
• Thread sizes: 1-5/16-12 on the female end and 7/16-20 on the male end
• Steel construction for hydraulic system durability
• Compact form factor at approximately 1.7 inches in length and 1.65 inches in width
• Part of the 2406 Series Steel JIC Adapters product line
• Minimum order quantity of 1 unit

Compatibility

Designed as an OEM-style steel JIC adapter for hydraulic systems requiring a reducer or expander transition between 1-inch female JIC and 1/4-inch male JIC connections. No specific equipment model compatibility was provided in the product data.

Installation Notes

Installation should be performed by a qualified hydraulic technician or mechanic. Always depressurize and bleed the hydraulic system fully before removing or installing any fittings. Verify thread pitch and seat angle on both mating connections before assembly to avoid cross-threading or incomplete seating. Follow applicable fluid power standards and equipment manufacturer guidelines for torque and assembly procedures.