C.S. Unitec EX1506B-B Breaker Bar, Hinged Handle, Copper Beryllium, 1/2" (270mm)

Features: 24 teeth action provides an 15° ratcheting angle Shift lever reverses action instantly Dual socket retention, with both ball and plunger on male drive for versatility Removable handle makes the tool more versatile, and storage easier Knurled handle provides a non-slip grip Chrome finish models provides increased protection from rust and corrosion Our most rugged, high torque capacity ratchet

Proto® 1/2" Drive Long Handle Round Head Ratchet 15" Round head ratchet mechanism allows for a compact head. 72-tooth = 5° swing arc. Small head design and tight swing arc allow for fastener access in tight areas. Full polish shaft with knurled grip for strong slip-resistant grip.

C.S. Unitec EX1509DC-A Converter, Aluminum Bronze, 1" - 3/4" Features: Drive adaptors Switch between socket/ratchet drives easily Non-Sparking, corrosion resistant Made from aluminum bronze

Features: 1/2" Drive with pinned 7/8" 6-point socket, 2-1/4" length 36 tooth gear with 10 degree of engagement allows engagement in tight working areas Bronze hammer head reduces rebound Pry bar handle provide alignment option Socket feature SuperTorque® lobular opening for greater turning power without deforming the fastener Easy access reversing lever allows user to change working direction quickly and easily with only one hand Tethering device attached to handle Repair kit includes ratchet repair kit and cover plate

Features: 180° Flex, 9 Positions: The flex head sweeps through 180 degrees, snapping to nine different detent angles to reach around obstacles. A spring-actuated pawl engages with well-defined teeth to hold the head in position. 90-Tooth Gear = 4° Swing Arc: The single half-moon pawl maintains 9 teeth engaged with the gear at all times, ensuring that it won't slip or skip under stress. Ultra-Compact Head: Unlike conventional "low profile" designs that focus on controlling only the thickness of the head, we reduced the size in every dimension: height, width, and length. Proof ...