مقبس فك سداسي صدمي من ساتا (1/2")

This is a TREKOO 1/2-inch drive, 6-point impact socket designed to fit and hold securely 1/2-inch drive bits. It’s made for high-torque tasks and works with impact tools to tighten or loosen fasteners, typically in automotive and mechanical environments.

Return options are typically available through Fepy’s standard return policy. Check the product page for current terms, conditions, and timeframes for unused items in original packaging. If you’re unsure, review the return and exchange details on the listing.

Compatible 1/2-inch drive impact wrenches, ratchets, and other 1/2-inch drive sockets fit this tool. For best results, use high-quality chrome vanadium sockets from Fepy that share the same 1/2-inch drive size and 6-point geometry to ensure uniform engagement and torque distribution.

Alternative options on Fepy include: 1) https://fepy.com/product/trekoo-6-point-1-2-drive-impact-socket and 2) https://fepy.com/product/cr-v-6-point-1-2-drive-impact-socket. These alternatives vary in brand, finish, and pricing but offer similar 1/2-inch drive compatibility and 6-point geometry for secure fastener engagement.

Keep the socket clean and dry after use, wipe off any debris or oil, and store it in a dry toolbox or case. Periodically inspect for wear or rust and apply a light coat of oil if needed to prevent corrosion. Avoid exposure to harsh chemicals that could degrade the finish.

Common use cases include automotive repairs, engine and chassis work, and any mechanical task requiring secure engagement of 1/2-inch drive fasteners in tight spaces. It’s also suitable for tasks where high torque is needed and fastener retention is important.

This socket combines a high-strength chrome vanadium steel construction with heat-treating and a black anti-rusting finish for durability, plus a reliable locking pin and a user-friendly design. The 6-point geometry minimizes rounding while the compact, ergonomic form helps in tight spaces, offering strong value for professional use.

The locking pin is integrated to secure the fastener in the socket, helping prevent the fastener from backing out during high-torque operations. This reduces the chance of dropping or losing the fastener in awkward angles or when using impact tools.

Yes. The socket is designed for professional use in automotive and mechanical tasks requiring strong torque, secure fastener engagement, and compatibility with 1/2-inch drive systems. It’s optimized for demanding, high-torque scenarios.

Attach the socket to your 1/2-inch drive tool, ensure the fastener seats securely in the 6-point openings, and use the locking pin to secure the fastener in place. The integrated ring design provides a comfortable grip, and the socket is compact for tight spaces. Use with appropriate torque to avoid over-stressing components.

A 6-point design distributes torque more evenly around the fastener, reducing the risk of rounding corners and slipping in tight or high-torque situations, especially with hexagonal nuts and bolts commonly found in automotive and mechanical work.

Key specs include a 1/2-inch drive size, a 6-point design, and a locking pin for securing fasteners. It’s made from chrome vanadium steel, heat-treated for durability, and finished with a black anti-rusting coating to extend life.

This is a TREKOO 1/2-inch drive, 6-point impact socket designed to fit and hold securely 1/2-inch drive bits. It’s made for high-torque tasks and works with impact tools to tighten or loosen fasteners, typically in automotive and mechanical environments.

Return options are typically available through Fepy’s standard return policy. Check the product page for current terms, conditions, and timeframes for unused items in original packaging. If you’re unsure, review the return and exchange details on the listing.

Compatible 1/2-inch drive impact wrenches, ratchets, and other 1/2-inch drive sockets fit this tool. For best results, use high-quality chrome vanadium sockets from Fepy that share the same 1/2-inch drive size and 6-point geometry to ensure uniform engagement and torque distribution.