Grey Pneumatic 2030DT 1/2" Drive x 15/16" Extra-Thin Wall, Deep Impact Socket, 6-Point

Grey Pneumatic 2030DT 1/2" Drive x 15/16" Extra-Thin Wall, Deep Impact Socket, 6-Point

• The Grey Pneumatic 2030DT is a professional-grade impact socket designed for accessing recessed fasteners in confined spaces. Its extra-thin wall and deep design make it ideal for automotive, industrial, and maintenance applications where space is limited.
• Features:
  • Extra-thin wall design for tight space accessibility
  • Deep socket length for extended reach
  • 6-point configuration for secure fastener engagement
  • Constructed from durable chrome-molybdenum alloy steel
  • High torque drive design reduces wear and increases strength
• Specifications:
  • Manufacturer: Grey Pneumatic
  • Part Number: 2030DT
  • Drive Size: 1/2"
  • Socket Size: 15/16"
  • Socket Type: Extra-Thin Wall, Deep
  • Point Configuration: 6-Point
  • Overall Length: 3.07"
  • Outside Diameter: 1.26"
  • Material: Chrome-Molybdenum Alloy Steel
  • Country of Origin: Taiwan
• The Grey Pneumatic 2030DT 1/2" Drive x 15/16" Extra-Thin Wall can also be referred to as 15/16" deep impact socket, extra-thin wall socket, 6-point impact socket, Grey Pneumatic 2030DT, and 1/2" drive socket.

Grey Pneumatic is a renowned manufacturer in the automotive and industrial tool industry, specializing in high-quality impact sockets and related accessories. Their commitment to innovation and durability has made them a trusted choice among professionals seeking reliable tools for demanding applications.

Q: Is the 2030DT socket suitable for use with standard ratchets?
A: Yes, it is designed for use with 1/2" drive tools, including standard ratchets and impact wrenches.

Q: Can this socket be used on high-torque applications?
A: Due to its extra-thin wall design, it is recommended for applications with limited torque to prevent damage to the socket.

Q: What is the benefit of the 6-point configuration?
A: The 6-point design provides a more secure grip on fasteners, reducing the risk of rounding and ensuring efficient torque transfer.