Paramount PAR37184 Hex Key 14 Mm Long Arm

Product Description

The PARAMOUNT PAR37184 is a long-arm hex key designed for high-torque fastener applications where reach and leverage are critical. Sized at 14 mm, it features a hex end tip and is manufactured from Protanium High Torque Steel with a black oxide finish. The overall length measures 10.2031 inches, placing it in the 10-inch-and-longer category suited for deep-access or high-resistance fasteners. The black oxide coating provides mild corrosion resistance and reduces glare during use. This tool is used by HVAC technicians, plumbers, electricians, and mechanical contractors who work with metric hex fasteners in tight or deep installations.

The PAR37184 is well suited for trade and industrial environments where metric fasteners are standard. The long-arm design increases torque leverage compared to standard-arm keys, making it useful when breaking loose seized or overtightened set screws, drive couplings, or equipment panels. It is appropriate for both bench work and field service calls where a reliable, single-size metric hex key is needed. Sold individually with a minimum order quantity of one.

Key Features

• 14 mm hex end tip for metric fastener engagement
• Long-arm design provides increased torque leverage and extended reach
• Protanium High Torque Steel construction for durability under load
• Black oxide finish for mild corrosion resistance and low-glare surface
• 10.2031-inch overall length for deep-access applications
• Metric measurement system; compatible with metric hardware standards

Compatibility

Designed as a general-purpose long-arm metric hex key for trade and industrial use wherever 14 mm hex fasteners are specified.

Installation Notes

This hex key is handled by any trade professional working with metric hex-drive fasteners. Ensure the key is fully seated in the fastener socket before applying torque to prevent rounding. Inspect the tip for wear or deformation before use on critical fasteners. Store separately from impact tools to avoid contact damage to the hex faces.