Sunex 536MD Deep Impact Socket, 1 Inch Drive, 6 mm, 6 Point

Sunex 536MD Deep Impact Socket, 1 Inch Drive, 6 mm, 6 Point

• The Sunex 536MD deep impact socket applies torque to the sides of fasteners to help prevent rounding and ensure durability with its 6 mm six-point design on a 1 inch drive, forged from chrome molybdenum alloy steel with a radius corner profile.
• Features:
  • Chrome molybdenum alloy steel construction delivers exceptional strength and impact resistance
  • Radius corner geometry reduces rounding and enhances grip on fastener sides
  • Deep-well design provides access to fasteners recessed in machinery or assemblies
  • Finished with a black oxide coating for corrosion resistance and tool longevity
• Specifications:
  • Manufacturer: Sunex
  • Part Number: 536MD
  • Drive Size: 1-inch
  • Socket Size: 36 mm
  • Material: Chrome molybdenum steel
  • Socket Type / Function: Deep-length impact socket, 6-point design
  • System Compatibility : Safe for use with impact tools; ideal for removing and installing recessed metric six-point fasteners
• The Sunex 536MD socket may also be referred to as 1-inch drive deep impact socket, 36 mm metric impact socket, black oxide impact socket, radius-corner deep socket, Sunex chrome-moly impact tool.

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

Q: What makes the radius corner design beneficial?
A: The radius corner geometry engages the sides rather than the corners of fasteners, minimizing rounding and improving torque transfer for longer socket and fastener life.

Q: Is the 536MD suitable for impact tool use?
A: Yes. It is built from impact-rated chrome molybdenum steel, with a black oxide finish and designed specifically for use with impact tools on metric fasteners.

Q: Why choose the deep-well configuration?
A: The deep-well design allows the socket to reach recessed fasteners that standard-size sockets cannot, improving accessibility in tight or obstructed spaces.