مقبس صدمي سداسي من ساتا (3/4") قياس (34mm) موديل (ST34522SC)

Yes, it is specifically manufactured as an impact socket for 3/4" drive impact tools.

It has a 6-point design to ensure a secure fit and prevent damage to fasteners.

Made from high-quality alloy steel for enhanced strength and durability.

The SATA ST34522SC is a deep socket, perfect for recessed fasteners.

It is widely used in automotive, mechanical, and industrial repair sectors.

The SATA ST34522SC is built to withstand repeated high torque impacts without compromising performance.

It is a heavy duty 3/4 inch drive, 6 point impact socket intended for use with impact drivers. The off center loading design helps reduce fastener rounding, and large size markings make it easy to identify the socket size quickly during tough jobs.

The 6 point design provides a secure grip on the fastener, distributes torque more evenly, and helps prevent rounding or slipping under high torque compared to some 12 point designs.

Key specs include a 3/4 inch drive size, 6 point configuration, and construction from premium impact resistant steel. It features off center loading, durable construction, and clear, large markings for size identification.

Ideal for automotive repairs, construction, heavy equipment maintenance, and any high torque fastening tasks where a robust 3/4 inch drive socket is needed with an impact tool.

This listing is for a single 6 point socket. It does not include a ratchet, extensions, or other accessories.

Use with a 3/4 inch drive impact ratchet or impact wrench. Ensure the socket fully engages the fastener and avoid side or angled loads. Do not use non impact rated tools with this socket and keep tools clean and dry to prevent corrosion.

It is made from premium impact resistant steel designed to withstand high torque. The off corner loading and solid construction contribute to reducing fastener rounding and extending tool life.

If you are dealing with very high torque, the 3/4 inch drive is better suited than smaller drives for maximum load transfer. For comparison with alternatives on Fepy, you can consider the following: