Sunex 556D 1-3/4" Deep Impact Socket, 1" Drive, Chrome-Molybdenum Steel, 6 Point

Sunex 556D 1-3/4" Deep Impact Socket, 1" Drive, Chrome-Molybdenum Steel, 6 Point

• This Sunex 556D deep 6 Point impact socket is engineered for automotive and industrial use, crafted from tough chrome molybdenum alloy steel with radius-corner design for improved fastener grip and extended tool life.
• Features:
  • Chrome molybdenum alloy steel withstands high-torque impact applications
  • Radius-corner geometry reduces fastener rounding and enhances durability
  • Black phosphate finish boosts corrosion resistance and safety during impact use
  • 6 Point configuration ensures secure engagement on hex fasteners
• Specifications:
  • Manufacturer: Sunex Tools
  • Part Number: 556D
  • Drive Size: 1-inch impact drive
  • Socket Size: 1-3/4-inch (SAE)
  • Material: Chrome molybdenum alloy steel
  • Socket Type: Deep impact socket
  • Length: 3.62205 Inches
  • System Compatibility: Designed for 1-inch drive impact wrenches; fits 1-3/4-inch hex fasteners
• The Sunex 556D can also be referred to as Sunex deep impact socket 556D, 1-inch drive deep socket, Sunex SAE impact socket, and Sunex impact tool socket.

Sunex Tools manufactures professional-grade hand tools renowned in automotive and industrial settings. The 556D deep impact socket exemplifies their commitment to durability, precision engineering, and performance under demanding conditions.

Q: Is this socket suitable for use with a heavy-duty impact wrench?
A: Yes - the Sunex 556D is specifically designed as a deep impact socket for 1-inch drive impact wrenches, offering reliable performance in high-torque scenarios.

Q: What is the benefit of the radius-corner design?
A: The radius-corner geometry shifts contact to the sides of the fastener rather than the corners, reducing rounding and preserving fastener integrity under high torque.

Q: What material is this socket made of?
A: It is made from chrome molybdenum alloy steel, which offers superior toughness and impact resistance compared to standard hard materials.