Sunex 454D 1-11/16" Deep Impact Socket, 3/4" Drive, 6 Point, Chrome Molybdenum Steel

Sunex 454D 1-11/16" Deep Impact Socket, 3/4" Drive, 6 Point, Chrome Molybdenum Steel

• The Sunex 454D deep impact socket tackles heavy-torque applications with its 1-11/16 inch six-point design on a 3/4 inch drive, forged from chrome molybdenum alloy steel with a radius corner design to improve grip and extend fastener life.
• Features:
  • Chrome molybdenum alloy steel forging for superior impact strength
  • Radius corner geometry drives the flat sides of fasteners to reduce rounding and increase durability
  • Deep-well design allows access to recessed fasteners in confined spaces
  • Black phosphate finish improves corrosion resistance and tool identification
• Specifications:
  • Manufacturer: Sunex
  • Part Number: 454D
  • Drive Size: 3/4-inch
  • Socket Size: 1-11/16-inch
  • Material: Chrome molybdenum alloy steel
  • Socket Type / Function: Deep-length impact socket, 6-point configuration
  • System Compatibility : Engineered for high-torque removal and installation of SAE six-point fasteners, especially in deep or obstructed applications
  • Overall Length: 3.35 inch
• The Sunex 454D socket may also be referred to as 3/4-inch drive deep impact socket, deep 6-point impact tool, Sunex chrome moly impact socket, radius corner impact socket, 1-11/16-inch impact deep socket.

Sunex designs and manufactures durable hand tools using high-grade alloy steel and precision engineering, trusted for performance in demanding professional environments.

Q: Is the Sunex 454D socket suitable for impact tool usage?
A: Yes. It is constructed from chrome molybdenum alloy steel, designed for impact tool strength, and features a black phosphate finish for enhanced durability.

Q: How does the deep-well design benefit the user?
A: The deep-well configuration allows the socket to reach recessed fasteners that standard-length sockets cannot, improving access in tight or deep assemblies.

Q: What advantage does the radius corner design provide?
A: By engaging the sides rather than the corners of fasteners, the radius corner design reduces rounding and wear, improving both tool and fastener longevity.