Sunex 316D 1/2" Deep Impact Socket, 3/8" Drive, Chrome-Molybdenum Steel, 6 Point

Sunex 316D 1/2" Deep Impact Socket, 3/8" Drive, Chrome-Molybdenum Steel, 6 Point

• The Sunex 316D deep impact socket is forged from chrome molybdenum alloy steel and features radius-corner geometry to apply torque to the sides of fasteners rather than the corners, minimizing rounding under high-torque conditions.
• Features:
  • Chrome molybdenum alloy steel engineered for high-impact strength and exceptional durability
  • Radius-corner design enhances fastener protection and extends tool life
  • 6 Point configuration ensures firm engagement and efficient torque transfer
  • Deep-well construction provides access to recessed or hard-to-reach fasteners
• Specifications:
  • Manufacturer: Sunex
  • Part Number: 316D
  • Drive Size: 3/8-inch impact drive
  • Socket Size: 1/2-inch (SAE)
  • Material: Chrome molybdenum alloy steel
  • Socket Type: Deep-well 6 Point impact socket
  • System Compatibility: Designed for use with 3/8-inch drive impact tools; fits 1/2-inch hex fasteners
• The Sunex 316D may also be referred to as Sunex deep impact socket 316D, 3/8-inch drive 1/2-inch impact socket, Sunex SAE deep impact tool socket, and Sunex 6 Point deep impact socket.

Sunex produces professional-grade hand tools built for reliability under demanding conditions. The 316D deep-well impact socket combines rugged chrome-moly design with fastener-protective geometry for trusted performance in recessed fastening situations.

Q: What does the radius-corner design achieve?
A: It directs torque to the sides of fasteners rather than their corners, thereby reducing rounding and improving both tool and fastener longevity under impact use.

Q: Is this socket suitable for recessed fasteners?
A: Yes, it features a deep-well design that provides longer reach, ideal for accessing recessed fasteners while retaining full durability.

Q: What does the 6 Point configuration offer?
A: A 6 Point setup delivers secure grip on fasteners and efficient torque delivery, helping to avoid slippage during high-torque applications.