Manufactured from high-quality materials: It is usually made of high-strength alloy steel materials such as chromium-molybdenum alloy steel or chromium-vanadium alloy steel. These materials have excellent strength and toughness, can withstand the large torque generated by pneumatic tools, are not prone to deformation or damage, and have a long service life.

Surface treatment process: It undergoes fine surface treatment, such as chrome plating or blackening treatment. Chrome plating makes the surface of the socket smoother. It can not only effectively prevent rust and corrosion but also reduce the friction coefficient between the socket and bolts or nuts, making the operation smoother. The blackening treatment can increase the wear resistance and corrosion resistance of the socket and also give it a good appearance.

Hexagonal large arc design: The hexagonal shape is suitable for various hexagonal bolts and nuts. The large arc inner angle design increases the contact area with bolts and nuts. Compared with ordinary hexagonal sockets, it can transfer torque more evenly and reduce stress concentration. It is especially suitable for some high-strength and high-precision bolt connections, such as the fastening components of engine blocks and large mechanical equipment. It can effectively prevent the edges and corners of bolts or nuts from being damaged, improving work efficiency and quality.

Precise dimensional accuracy: The manufacturing process is strict, and the dimensional accuracy is high. It can closely fit bolts and nuts. During the process of high-speed rotation and torque application by pneumatic tools, it is not prone to slipping, ensuring the safety and stability of the operation.

Good balance: In the design and manufacturing process, attention is paid to the balance of the socket, so that it will not generate large vibrations and eccentricities during high-speed rotation, reducing the operator's hand fatigue and operation risks. It also helps to extend the service life of the pneumatic tool and the socket itself.