SATA GL13314 1/2" Drive 6 Point Socket 23mm

The 23mm size indicates the socket is intended to engage fasteners with a 23mm hex head, ensuring a precise fit and secure torque transfer.

The 6-point design grips the sides of the fastener for a secure fit, reducing the risk of rounding off edges and improving torque transfer in tight spaces.

Off-corner loading shifts the contact area to minimize fastener rounding and wear, helping maintain a solid engagement even if the fastener is slightly damaged or recessed.

The socket features large size markings for easy identification and dual markings to indicate SAE (large) and metric (knurled line) references.

It is made from chrome vanadium steel with a chrome-plated finish, and its interior is precision-machined for a snug, durable fit.

It's well-suited for automotive work, machinery maintenance, and other heavy-duty tasks requiring a 23mm fastener engagement with a 1/2" drive.

Attach the socket to a 1/2" drive ratchet or breaker bar, align it with the 23mm fastener, and apply steady torque within the tool’s capacity to avoid slipping or damage.

Yes, this socket is designed for 1/2" drive tools and should work with standard ratchets and power tools that accept 1/2" drive sockets.

Keep it clean and dry, wipe away any grease or debris after use, store in a dry place, and inspect for wear or rounding before reuse to ensure consistent performance.

If you’re considering nearby sizes, you can compare with these options on Fepy: SATA GL13313 1/2" Drive 22mm 6-Point Socket (https://fepy.com/product/sata-gl13313-1-2-drive-22mm-6-point-socket) and SATA GL13315 1/2" Drive 24mm 6-Point Socket (https://fepy.com/product/sata-gl13315-1-2-drive-24mm-6-point-socket). These provide a sense of sizing and fit for adjacent fastener ranges.

Fepy offers returns on items per their standard shop policy; if you’re considering a purchase, you can return if the item is unused and meets the policy terms.

This socket combines a high-strength chrome vanadium steel alloy, chrome-plated corrosion resistance, and precision machining, along with off-corner loading and clear size markings, which together deliver durability, accuracy, and longer service life for demanding work.