Grey Pneumatic 2023MD 1/2" Drive x 23mm Deep Impact Socket, 6-Point
- The Grey Pneumatic 2023MD is a 1/2" drive, 23mm deep impact socket designed for high-torque applications in automotive and industrial settings. Its durable construction ensures reliable performance with impact tools, making it ideal for professional mechanics and technicians.
- Features:
- Constructed from high-quality chrome-molybdenum steel for strength and durability
- Engineered for use with impact tools, adhering to up-to-date industrial specifications
- 6-point design provides a secure grip on fasteners, reducing the risk of rounding
- Deep socket design allows access to recessed fasteners
- Laser-etched and roll-stamped size markings for easy identification
- Specifications:
- Manufacturer: Grey Pneumatic
- Part Number: 2023MD
- Product Type: Deep Impact Socket
- Drive Size: 1/2"
- Socket Size: 23mm
- Socket Points: 6
- Material: Chrome-Molybdenum Steel
- Dimensions: 3.5 x 1.2 x 1.2"
- Country of Origin: Taiwan
- The Grey Pneumatic 2023MD 1/2" Drive x 23mm Deep Impact Socket can also be referred to as 23mm deep impact socket, 1/2" drive socket, Grey Pneumatic 2023MD, 6-point impact socket, and deep metric impact 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 this socket compatible with standard 1/2" drive impact wrenches?
A: Yes, the Grey Pneumatic 2023MD is designed for use with standard 1/2" drive impact wrenches.
Q: Can this socket be used for both automotive and industrial applications?
A: Absolutely, its robust construction makes it suitable for a wide range of applications, including automotive repair and industrial maintenance.
Q: What is the benefit of the 6-point design?
A: The 6-point design provides a better grip on fasteners, reducing the likelihood of rounding and ensuring efficient torque transfer.
