C.S. Unitec EX1640-060UB 3/4" Deep Drive Socket, Copper Beryllium, 1-7/16"

Specially designed for use on high end aluminum and chrome plated wheels. Premium grade chrome molybdenum steel for professional use. Plastic sleeve and inner cap to prevent scratches. 1/2" Drive. 13/16" MAG Wheel Power Socket. 1 Year Limited Warranty.

C.S. Unitec EX1840-065UB 3/4" Drive Deep Impact Socket, Copper Beryllium, 1-9/16" Features: 6-point socket Non-sparking and non-magnetic for use in hazardous areas Copper Beryllium only for added strength Part # laser engraved for easy identification Made from copper beryllium

The URREA long hexagonal socket line is appropriate for deep areas, designed to be used when a shank protrudes too high, allowing the socket to reach the nut. The 6-point design provides greater contact with the nut and/or screw walls thanks to its Super Drive® lobular geometry, featuring a 60° recovery angle. The socket's drive attachment system consists of an internal groove on all four walls, allowing it to easily attach to accessories and ratchets.

Proto® 1/2" Drive Deep Socket 11/16" - 6 Point, 3-1/4" Long Proto® 6 Point Sockets are ideal for use on stubborn or damaged fasteners, and also on fasteners made from soft materials. The TorquePlus™ design is a high performance drive configuration which allows for quick and easy socket engagement to the fastener flats, not the corners. The TorquePlus™ configuration employs a radius-corner design, shifting contact area and stress away from the fastener corners and distributing contact stresses over a large area of the socket, minimizing slippage. The TorquePlus™ internal ...

Proto® 1/4" Drive Deep Socket 3/8" - 6 Point, 2" Long Proto® 6 Point Sockets are ideal for use on stubborn or damaged fasteners, and also on fasteners made from soft materials. The TorquePlus™ design is a high performance drive configuration which allows for quick and easy socket engagement to the fastener flats, not the corners. The TorquePlus™ configuration employs a radius-corner design, shifting contact area and stress away from the fastener corners and distributing contact stresses over a large area of the socket, minimizing slippage. The TorquePlus™ internal design ...