SATA ST34928SC 1" Drive 6 Point Deep Impact Socket 40mm

Drive Size: Designed for a 1" drive, this socket is compatible with heavy-duty impact tools, ensuring it can handle high-torque applications without risk of damage.
Deep Socket Design: The 40mm deep socket enables access to fasteners that are recessed or positioned deep within components, allowing for versatility in a variety of mechanical and industrial tasks.
6 Point Configuration: Featuring a 6-point design, the socket provides a secure grip on the fastener’s flat sides. This design helps to prevent rounding off of fasteners and enhances torque transfer, reducing the likelihood of slipping.
Material Construction: Constructed from high-grade chrome molybdenum steel, the socket is engineered to withstand high-impact forces, offering durability and resistance to deformation under heavy loads.
Black Phosphate Coating: The black phosphate finish protects the socket from corrosion and rust, prolonging its lifespan and maintaining its appearance even under challenging conditions.
Effective for High-Torque Tasks: The 1" drive and 40mm size make this socket ideal for high-torque applications, including automotive repairs, industrial maintenance, and large machinery, ensuring it can handle tough jobs with ease.
Access to Deep-Recessed Fasteners: The deep design allows for easy access to fasteners that are set deep within components, improving the efficiency of maintenance and repair tasks in tight or recessed spaces.
Enhanced Grip and Longevity: The 6-point design and durable chrome molybdenum steel construction provide a strong grip on fasteners and enhance the socket's lifespan, reducing the need for frequent replacements.
Corrosion Resistance: The black phosphate coating ensures the socket resists rust and corrosion, extending its usability and maintaining its performance even in harsh environments.
Reliable Performance: Built to handle demanding mechanical and industrial tasks, this socket provides strength and reliability, enhancing productivity and ensuring effective performance in high-stress applications.