Studio view of a black Gearwrench deep impact socket standing upright with high-visibility laser etched markings and a 6-point opening.
Detailed features infographic highlighting the off-corner loading design, chrome molybdenum alloy steel construction, black oxide finish, and high-visibility laser-etched markings.
Graphic illustrating off-corner loading technology which applies force to the flats of the fastener to reduce rounding.
Graphic illustrating the chamfered entry angle designed to guide the fastener into the socket.
Studio view of a black Gearwrench deep impact socket standing upright with high-visibility laser etched markings and a 6-point opening.
Studio view of a black Gearwrench deep impact socket standing upright with high-visibility laser etched markings and a 6-point opening.
Detailed features infographic highlighting the off-corner loading design, chrome molybdenum alloy steel construction, black oxide finish, and high-visibility laser-etched markings.
Graphic illustrating off-corner loading technology which applies force to the flats of the fastener to reduce rounding.
Graphic illustrating the chamfered entry angle designed to guide the fastener into the socket.
Studio view of a black Gearwrench deep impact socket standing upright with high-visibility laser etched markings and a 6-point opening.
GEARWRENCH

Gearwrench Deep Impact Socket 84982 19mm 3/4 Inch Drive Six Point Cr-Mo Steel Manganese Phosphate Off Corner Loading Wheel Lug Nut Removal

Only 1 left
SKU: 84982
$16.99 USD

Description

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High-Torque 3/4 Inch Drive Deep Impact Socket with Off-Corner Loading Profile for Heavy-Duty Fleet Maintenance

The Gearwrench 84982 3/4-Inch Drive 19mm Deep Impact Socket is a high-performance industrial fastening tool engineered to withstand extreme shock loads from pneumatic impact wrenches. Forged from high-grade Chrome Molybdenum (Cr-Mo) alloy steel, this six-point socket features a deep profile design that allows mechanics to easily access recessed nuts and fasteners on extended studs. The integrated off-corner loading technology relocates stress from the fastener corners to the structural flat sides, optimizing torque transfer and preventing hardware rounding on heavy machinery and fleet vehicles.

Best Used For:

  • Heavy-Duty Wheel Service: Removing and installing stubborn 19mm lug nuts on commercial fleet trucks, trailers, and agricultural equipment.
  • Deep Recessed Fastener Extraction: Reaching deep-set chassis bolts and suspension hardware where standard-depth sockets fail to engage.
  • Industrial Process Machinery Maintenance: Driving high-torque socket head cap screws on factory assembly structures and piping systems.

Key Performance & Safety Features

  • Chrome Molybdenum Alloy: Forged from premium Cr-Mo steel matrix to deliver maximum structural strength and extreme impact load fatigue resistance.
  • Off-Corner Loading Profile: High-torque 6-point design transfers force directly to the flat faces of fasteners, mitigating slippage and rounding risks.
  • Manganese Phosphate Shielding: Industrial coat surface treatment provides deep corrosion defenses against moisture, workshop solvents, and chemical agents.
  • Dual-Visibility Sizing Markings: Combines laser-etched high-visibility layout scales with durable hard-stamped dimensions for reliable, fast identification.
  • Deep Socket Geometry: Extended 3.543-inch overall length offers clear axial clearance for servicing fasteners mounted on long threaded rods.

What's Included

  • (1) 3/4 in. Drive 6 Point Deep Impact Socket 19mm (84982)

Technical Specifications

Brand Gearwrench
Model Number 84982
Drive Size 3/4 in.
Socket Size 19mm (Approx. 0.748 in.)
Geometry Deep Profile Six-Point
Overall Length 3.543 in.
Drive End Diameter 1.732 in.
Wrench End Diameter 1.26 in.
Core Material Chrome Molybdenum (Cr-Mo) Alloy Steel
Finish Coating Manganese Phosphate
Tool Weight 1.23 lbs
Compliance Standards Meets or Exceeds ASME B107.2

Pro-Tip: Before applying pneumatic load to a stubborn lug nut, ensure the socket is fully seated over the flat faces of the hardware. This complete engagement allows the off-corner loading architecture to optimize torque distribution and eliminates rotational slip risks under peak impact wrench output.