Sunex 810MD 1/4-Inch Drive 10mm Deep 6-Point Impact Socket, Chrome Molybdenum Alloy Steel, Radius Corner Design
Sunex 810MD 1/4-Inch Drive 10mm Deep 6-Point Impact Socket, Chrome Molybdenum Alloy Steel, Radius Corner Design
- The Sunex 810MD 10mm Deep Impact Socket is engineered for high torque applications, making it ideal for automotive professionals and serious DIY enthusiasts. Crafted from premium chrome molybdenum alloy steel, this socket ensures exceptional strength and durability. Its deep well design provides better access to recessed fasteners, while the radius corner design reduces fastener wear by driving the side of the fastener instead of the corner.
- Features:
- Forged from premium chrome molybdenum alloy steel for maximum strength and durability
- Radius corner design to extend the life of fasteners
- Deep well design for improved access to recessed fasteners
- Fully guaranteed for reliability and performance
- Specifications:
- Manufacturer: Sunex Tools
- Part Number: 810MD
- Drive Size: 1/4"
- Socket Size: 10mm
- Socket Type: Deep Impact
- Material: Chrome Molybdenum Alloy Steel
- Dimensions: 0.4 x 0.4 x 1.8"
- Country of Origin: Taiwan
- The Sunex 810MD 10mm Deep Impact Socket can also be referred to as 10mm deep impact socket, 1/4-inch drive deep socket, chrome molybdenum socket, radius corner design socket, and high torque impact socket.
Sunex Tools is a leading manufacturer of high-quality automotive repair tools, specializing in impact sockets, hand tools, and hydraulic jacks. With a commitment to innovation and durability, Sunex provides professionals and enthusiasts with reliable tools that deliver exceptional performance.
Q: What material is the Sunex 810MD socket made from?
A: The socket is made from premium chrome molybdenum alloy steel, ensuring maximum strength and durability.
Q: What is the drive size of this socket?
A: The Sunex 810MD socket has a 1/4-inch drive size.
Q: Is this socket suitable for impact tools?
A: Yes, this is a deep impact socket designed for high torque applications with impact tools.
