Milwaukee Tool 49-66-6355 Impact Socket 3/4 in Drive 2 in

Product Description

The MILWAUKEE TOOL 49-66-6355 is a 3/4 inch drive, 2 inch, 6-point hex impact socket designed for heavy-duty fastening applications. Built from steel with a black phosphate finish, this standard-length socket resists corrosion and withstands the high-torque output of impact wrenches. It carries a non-sparking designation, making it suitable for use in environments where ignition hazards are a concern. Licensed tradespeople and experienced technicians rely on this socket for demanding industrial, mechanical, and construction tasks where a full-size 3/4 inch drive tool is required.

This socket is intended for use with 3/4 inch drive impact wrenches and is suited for heavy equipment service, structural steel work, large-scale HVAC equipment installation, industrial machinery maintenance, and commercial plumbing or pipefitting jobs where large fastener sizes are common. The 2 inch hex size addresses large-nut applications that smaller drive sockets cannot handle. Standard length keeps the profile manageable in confined installation points.

Key Features

• 3/4 inch drive fits standard heavy-duty impact wrenches
• 2 inch, 6-point hex configuration for maximum contact on large fasteners
• Non-sparking construction rated for use in ignition-sensitive environments
• Black phosphate finish provides corrosion resistance and reduces glare
• Standard length profile for general-purpose fastening access
• Steel construction handles high-torque impact driver output

Compatibility

Designed as a direct-fit impact socket for use with 3/4 inch drive impact wrenches and ratchets in heavy-duty trade applications.

Installation Notes

This socket is installed and removed by hand onto any 3/4 inch square drive impact wrench or ratchet. Always verify the socket is fully seated on the drive anvil before applying torque. Use the appropriate retaining pin or hog ring to secure the socket during high-torque impact use. Non-sparking sockets should still be evaluated against site-specific hazard controls before use in classified hazardous locations.