مفك ومقبس سداسي من ساتا (3/4") قياس (1.9/16") موديل (ST16320SC)

The 3/4 inch drive denotes the size of the square opening that attaches to the ratchet or breaker bar, not the fastener size. This socket fits 3/4 inch drive tools.

The 1-9/16 inch refers to the fastener size that this socket is designed to fit. It is the opening measurement you would use on nuts or bolts that are 1-9/16 inches across.

Off-corner loading shifts contact away from sharp corners, reducing rounding and wear on fasteners and the socket, which helps extend tool life and maintain grip.

A 6-point design provides better contact with the flats of hex fasteners, delivering higher torque transfer with less slipping and reduced rounding compared to some 12-point designs.

It is forged from chrome vanadium steel and chrome plated for enhanced strength, durability, and corrosion resistance.

Yes. The 6-point configuration, robust build, and precision fit with a 3/4 inch drive are designed for high torque tasks typical in automotive and heavy machinery work.

This socket features large printed markings for easy size recognition, helping you quickly select the correct tool on the job.

It's ideal for automotive repairs, heavy equipment maintenance, and any task requiring a strong, high-torque connection on large fasteners.

Pair it with a compatible 3/4 inch drive ratchet or breaker bar, ensure the fastener engages fully, apply steady, torque‑appropriate force, and avoid using impact methods unless the socket is rated for impact use.

If you are evaluating 3/4 inch drive 6-point sockets, you can review these alternatives on Fepy.com for direct comparisons: https://fepy.com/product/sata-st16320sc-3-4-drive-6-point-socket-1-9-16 and https://fepy.com/product/sata-st16320sc-3-4-drive-6-point-socket-1-9-16-metric

This socket combines a durable chrome vanadium construction with a chrome finish, off-corner loading, and clear size markings, offering longer tool life, better fit, and safer operation in demanding tasks, which often translates to better value over time.