Grey Pneumatic GP2014XMD 1/2" Drive x 14mm Extra-Deep Impact Socket, 6-Point Design, Chrome-Molybdenum Steel

Grey Pneumatic GP2014XMD 1/2" Drive x 14mm Extra-Deep Impact Socket, 6-Point Design, Chrome-Molybdenum Steel

• The Grey Pneumatic 2014XMD is a 1/2" drive, 14mm extra-deep impact socket designed for heavy-duty applications. Its extra-deep length allows for access to recessed fasteners, making it ideal for automotive and industrial use.
• Features:
  • 1/2" drive size compatible with standard ratchets and impact wrenches.
  • 14mm socket size suitable for various metric fasteners.
  • Extra-deep design provides extended reach for recessed bolts.
  • Constructed from durable chrome-molybdenum steel for strength and longevity.
  • 6-Point socket design ensures a secure grip on fasteners, reducing the risk of rounding.
  • Black oxide finish offers corrosion resistance and enhances durability.
• Specifications:
  • Manufacturer: Grey Pneumatic
  • Part Number: 2014XMD
  • Drive Size: 1/2 "
  • Socket Size: 14mm
  • Overall Length: 5"
  • Bolt Clearance Depth: Over 4-3/8"
  • Material: Chrome-molybdenum steel
  • Finish: Black oxide
• The Grey Pneumatic 2014XMD is also known as a 1/2" drive 14mm extra-deep impact socket, deep reach impact socket, 14mm deep impact socket, extra-deep metric impact socket, and heavy-duty deep impact socket.

Grey Pneumatic is a leading manufacturer of high-quality impact sockets and tools. With a focus on durability and performance, their products are trusted by professionals in automotive and industrial sectors worldwide.

Q: What applications is the 2014XMD suitable for?
A: The 2014XMD is ideal for automotive and industrial applications requiring access to recessed or hard-to-reach fasteners.

Q: Is this socket compatible with standard impact wrenches?
A: Yes, its 1/2" drive size makes it compatible with most standard impact wrenches and ratchets.

Q: How does the 6-Point design benefit the user?
A: The 6-Point design provides a secure grip on fasteners, reducing the risk of rounding and ensuring efficient torque application.