SATA ST34419SC 1/2" Drive 6 Point Impact Deep Socket 26mm

نظرة عامةAbout this item• Single hex (6pt) fastener end design• For use with impact drivers• Off-corner loading design reduces fastener rounding• Deep socket to reach more fasteners Deep Socket Design: The deep well construction allows this socket to reach fasteners that are recessed or set deep within machinery or components, providing superior access in tight or confined spaces.Impact-Resistant Steel Construction: Made from premium chrome molybdenum steel, this impact socket is designed to handle high-torque applications. Its robust material ensures long-term durability and resistance to wear and tear.6-Point Socket Profile: The 6-point configuration ensures a snug fit on fasteners, which minimizes the risk of rounding off corners and provides a reliable grip under high-torque conditions.26 mm Size: The 26 mm size is ideal for larger fasteners commonly found in heavy-duty automotive and industrial settings. This size ensures compatibility with various machinery and equipment.Improved Access: The deep well design facilitates easy access to deep-seated or recessed fasteners, allowing for efficient work in challenging spaces where standard sockets may not reach.Durable and Reliable: The impact-resistant steel construction provides strength and longevity, making it suitable for tough jobs that require high torque. This durability reduces the need for frequent replacements and enhances tool reliability.Secure and Precise Fit: The 6-point profile prevents slippage and rounding of fasteners, ensuring a more precise and secure engagement. This feature helps to maintain the integrity of both the fastener and the socket.Versatile Application: With its 26 mm size, this socket is versatile for various applications, particularly in automotive repairs and heavy-duty industrial maintenance. It effectively handles large fasteners used in these fields.Enhanced Efficiency: By offering a secure grip and better access to difficult fasteners, this socket improves overall efficiency and reduces the effort needed to complete tasks, allowing for quicker and more effective work.