Sunex 36487 3/8" Drive 10mm Hex Impact Socket, Chrome Molybdenum Steel, Dual Size Markings
Sunex 36487 3/8" Drive 10mm Hex Impact Socket, Chrome Molybdenum Steel, Dual Size Markings
- The Sunex 36487 3/8" Drive 10mm Hex Impact Socket is engineered for high torque applications, providing durability and reliability for both professional mechanics and DIY enthusiasts. Crafted from premium chrome molybdenum steel, this socket ensures longevity and optimal performance in various automotive and industrial tasks.
- Features:
- Constructed from high-quality chrome molybdenum steel for maximum strength and durability
- Designed to withstand high torque impact tools
- Dual size markings for easy identification
- Radius corner design to reduce wear on fasteners
- Meets or exceeds ANSI standards
- Specifications:
- Manufacturer: Sunex
- Part Number: 36487
- Product Type: Hex Impact Socket
- Drive Size: 3/8"
- Socket Size: 10mm
- Material: Chrome Molybdenum Steel
- Finish: Black oxide for corrosion resistance
- Length: Standard
- Country of Origin: USA
- The Sunex 36487 3/8" Drive 10mm Hex Impact Socket can also be referred to as 10mm impact hex socket, 3/8" drive hex bit socket, 10mm Allen impact socket, Sunex 10mm impact socket, and 3/8" drive 10mm hex driver.
Sunex Tools has been a trusted name in the automotive industry since 1977, offering a wide range of high-quality tools and equipment. Known for their commitment to innovation and durability, Sunex products are designed to meet the demands of professionals and enthusiasts alike.
Q: Is the Sunex 36487 socket suitable for use with impact drivers?
A: Yes, this socket is specifically designed for use with impact drivers, providing durability and strength for high torque applications.
Q: Does this socket have size markings for easy identification?
A: Yes, it features dual size markings, both laser-etched and stamped, for easy and permanent identification.
Q: What material is the Sunex 36487 socket made from?
A: This socket is made from high-quality chrome molybdenum steel, ensuring maximum strength and durability.
