SATA ST13314SC 1/2" Drive 6 Point Socket 23mm

OverviewAbout this item• Single hex (6pt) fastener end design• Off-corner loading design reduces fastener rounding• Large markings offer easy size identification• Double line (SAE) & knurled line(MM) to easily identify standard and metric sockets Premium Chrome Vanadium Steel Construction: Made from high-strength chrome vanadium steel, this socket is built to endure heavy-duty tasks and high-torque applications, providing long-lasting durability and reliability.6-Point Design: The 6-point design grips the flat sides of 23mm fasteners, enhancing grip and reducing the risk of rounding off the fastener corners, which improves the overall efficiency and safety of your work.1/2" Drive Size: Compatible with 1/2" drive ratchets and impact wrenches, making it versatile for various mechanical and automotive repairs and maintenance tasks.Chrome Plated Finish: Features a chrome-plated finish that offers superior resistance to rust and corrosion, ensuring that the socket remains in excellent condition even with frequent use and exposure to harsh environments.Precision Fit: Engineered to provide a precise fit with 23mm fasteners, allowing for accurate torque application and reducing the likelihood of damage to both the socket and the fastener.Exceptional Durability: The chrome vanadium steel construction ensures the socket can handle high-torque situations and demanding applications without bending or breaking, extending its lifespan.Secure and Reliable Grip: The 6-point design offers a secure grip on 23mm fasteners, minimizing the risk of slipping or rounding and enhancing the effectiveness of your tool.Versatile Use: The 1/2" drive size allows for compatibility with a wide range of ratchets and impact tools, making it a versatile addition to your toolkit.Long-Term Protection: The chrome plating protects the socket from rust and corrosion, ensuring it remains functional and visually appealing over time.Accurate Torque Application: The precise fit helps ensure that torque is applied accurately to the fastener, improving performance and reducing the risk of over-tightening or damaging components.