Elora Bi Hexagon Socket, 3/4" Sq. Dr., 52mm
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£ 51.48 |
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Description
ManoMano
General description This 3/4-inch drive bi-hexagon socket is designed for professional use, offering high durability and precision. Made from chrome vanadium steel, it is hardened, tempered, and chrome plated to resist corrosion. The socket features a chamfered end for easy and secure nut engagement, and a hole for a locking pin to attach driving accessories. Some sizes include a knurled band for improved grip. It is sold individually. Technical specifications Size: 3/4 inch drive Type: Bi-hexagon socket Material: Chrome vanadium steel Finish: Chrome plated for corrosion resistance Manufacturing standards: DIN 3124/ISO 2725 and DIN 3120/ISO 1174 Compatibility and accessories Compatible with standard 3/4-inch drive tools Features a hole for locking pin to secure driving accessories Some sizes include a knurled band for better grip Installation Insert the socket onto a compatible 3/4-inch drive ratchet or wrench Ensure the socket is properly seated before applying torque Use the locking
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General description This 3/4-inch drive bi-hexagon socket is designed for professional use, offering high durability and precision. Made from chrome vanadium steel, it is hardened, tempered, and chrome plated to resist corrosion. The socket features a chamfered end for easy and secure nut engagement, and a hole for a locking pin to attach driving accessories. Some sizes include a knurled band for improved grip. It is sold individually. Technical specifications Size: 3/4 inch drive Type: Bi-hexagon socket Material: Chrome vanadium steel Finish: Chrome plated for corrosion resistance Manufacturing standards: DIN 3124/ISO 2725 and DIN 3120/ISO 1174 Compatibility and accessories Compatible with standard 3/4-inch drive tools Features a hole for locking pin to secure driving accessories Some sizes include a knurled band for better grip Installation Insert the socket onto a compatible 3/4-inch drive ratchet or wrench Ensure the socket is properly seated before applying torque Use the locking