Sunex 213ZUMDL Driveline Impact Socket, 1/2-inch Drive, 13 mm, Chrome-Molybdenum Steel, 12 Point

Sunex 213ZUMDL Driveline Impact Socket, 1/2-inch Drive, 13 mm, Chrome-Molybdenum Steel, 12 Point

• This Sunex 213ZUMDL driveline impact socket is forged from chrome molybdenum alloy steel with a radius-corner design to reduce fastener rounding and ensure reliable use in limited-clearance driveline applications including Ford and Mercury models.
• Features:
  • Chrome molybdenum alloy steel delivers exceptional strength and durability for impact use
  • Radius-corner geometry shifts contact to sides of fasteners to minimize rounding
  • 12 Point configuration allows better alignment and torque transfer in tight spaces
  • Design for limited-clearance driveline use ideal for removal of drive shafts on select Ford, Crown Victoria, Taurus, Explorer, and similar vehicles
• Specifications:
  • Manufacturer: Sunex
  • Part Number: 213ZUMDL
  • Drive Size: 1/2-inch impact drive
  • Socket Size: 13 mm
  • Material: Chrome molybdenum alloy steel
  • Socket Type: 12 Point driveline impact socket, limited-clearance
  • System Compatibility: Designed for 1/2-inch drive impact tools and driveline maintenance on select vehicles where space is constrained
• The Sunex 213ZUMDL may also be referred to as Sunex driveline impact socket 213ZUMDL, 1/2-inch drive 13 mm impact socket, limited-clearance driveline tool, and Sunex 12 Point impact socket.

Sunex produces professional-grade impact sockets engineered for tight automotive environments. The 213ZUMDL offers durable construction and precise geometry to handle tricky driveline tasks with minimal maneuvering.

Q: What does "limited-clearance" imply for this socket?
A: It means the socket is designed with a slimmer profile and geometry specifically tailored for accessing driveline fasteners in tight areas, such as those on Ford F150s and similar vehicles.

Q: Why is the 12 Point configuration useful here?
A: The 12 Point layout provides more engagement angles, making it easier to align with fasteners in tight spaces while delivering solid torque transfer.

Q: How does the radius-corner design benefit fastener life?
A: By focusing force on the sides of the fastener rather than corners, it reduces rounding and helps preserve both the tool and fastener integrity during impact use.