مفك ومقبس سداسي من ساتا (3/4") قياس (2") موديل (ST16319SC)

A 6-point design grips the flat sides of fasteners, distributing torque more evenly, reducing rounding, and typically offering a stronger grip under high torque than some other socket styles.

It’s constructed from chrome vanadium steel and finished with a chrome plating, which provides strong strength and excellent resistance to corrosion and rust.

Key specs include a 3/4" drive size, 2" length, a clearly marked size, and an off‑corner loading design to minimize fastener rounding during heavy use. It also features dual markings for SAE and metric sizing for quick identification.

The socket has large, easy‑to‑read markings on the body. It features both SAE and metric indicators to help you confirm the correct size at a glance.

It’s ideal for automotive repair, heavy machinery maintenance, and other high‑torque bolting tasks where a robust 3/4" drive socket is needed.

Ensure your ratchet is a 3/4" drive. Align the square drive on the socket with the ratchet, push firmly to seat, and apply torque as required. Avoid side loads and use the correct size to prevent slippage.

Yes. Use the properly sized socket for the fastener, avoid hammering or striking the socket, check for cracks or wear before use, and apply torque within the fastener’s rated limits to prevent slippage or breakage.

If you want to compare similar options on Fepy, you can explore these search results: 3/4" drive 6‑point sockets (Chrome‑vanadium, various lengths) at https://fepy.com/search?q=3%2F4%22+drive+6-point+socket and 3/4" drive sockets with different lengths at https://fepy.com/search?q=3%2F4%22+Drive+6-Point+Socket+2-1%2F2%22+length

Use Fepy’s search to tailor options to your needs, for example by searching 3/4" drive socket with a specific length or by metric equivalents, such as https://fepy.com/search?q=3%2F4%22+Drive+Socket+2%22+length or https://fepy.com/search?q=3%2F4%22+Drive+Socket+1-1%2F2%22+length

Its durable chrome‑vanadium construction, chrome finish for corrosion resistance, off‑corner loading to reduce wear, and clear size identification combine to deliver longevity and efficiency, often reducing replacement costs over time.