Sunex 212M 12mm Impact Socket, 6-Point, 1/2" Drive, Chrome Molybdenum Steel, Radius Corner Design

Sunex 212M 12mm Impact Socket, 6-Point, 1/2" Drive, Chrome Molybdenum Steel, Radius Corner Design

• The Sunex 212M 1/2" Drive 12mm 6-Point Impact Socket is engineered for high torque applications, making it ideal for automotive and industrial use. Crafted from durable chrome molybdenum steel, this socket ensures longevity and reliable performance. Its radius corner design enhances fastener engagement while minimizing wear.
• Features:
  • Forged from high-quality chrome molybdenum steel for maximum strength and durability
  • Radius corner design increases fastener engagement and reduces fastener wear
  • Dual size markings with high visibility laser etching and permanent stamping
  • Black phosphate finish offers superior corrosion resistance
  • Meets or exceeds ANSI and ASME standards
• Specifications:
  • Manufacturer: Sunex
  • Part Number: 212M
  • Product Type: Impact Socket
  • Drive Size: 1/2"
  • Socket Size: 12mm
  • Number of Points: 6
  • Material: Chrome Molybdenum Steel
  • Finish: Black Phosphate
  • Socket Length: Standard
  • Country of Origin: Taiwan
• The Sunex 212M 1/2" Drive 12mm 6-Point Impact Socket can also be referred to as 12mm impact socket, 1/2" drive socket, 6-point metric socket, chrome molybdenum socket, and high-torque impact socket.

Sunex Tools has been a trusted provider of quality hand tools, automotive repair tools, and industrial tools since 1977. Known for their commitment to innovation and durability, Sunex offers a comprehensive range of products designed to meet the demands of professionals and enthusiasts alike.

Q: What material is the Sunex 212M Impact Socket made from?
A: The socket is forged from high-quality chrome molybdenum steel for maximum strength and durability.

Q: Does the socket have any corrosion protection?
A: Yes, it features a black phosphate finish that offers superior corrosion resistance.

Q: How does the radius corner design benefit the user?
A: The radius corner design increases fastener engagement, reduces fastener wear, and ensures efficient application of torque.