Why there are 12 point bolts?

A 12-point bolt with a flange plate, a flat disk that can be used to join two fasteners, is known as a 12 point flange bolt. The 12-point flange bolt is appropriate for critical fastening connections in a variety of mechanical equipment, automobiles, and aerospace domains because of the flange plate, which can offer improved support and stability when bearing weight and pressure.

Some characteristics of 12 point flange bolts are as follows:

The 12-point flange bolt head and the flange plate are firmly attached, providing good stability, tightening force, lockability, and overload resistance.

The 12-point flange bolt is especially well-suited for applications where a flat appearance is necessary or where only thin-walled assemblies are allowed because of its flat flange plate.

Twelve-point flange bolts can be utilized as structural fasteners and in a range of mechanical applications. They also improve connection longevity and stability by preventing loosening and vibration.

To put it briefly, the 12-point flange bolt is a crucial fastener that works well in a variety of high-pressure and high-strength applications, including shipbuilding, mechanical engineering, aerospace, and construction structures. It also has good stability and tightening force.

"12-point bolts" is another term for 12-point bolts, which refers to standard hexagonal bolts. The following are the benefits of 12-point bolts over hexagonal bolts:

A 12-point bolt is easier to operate, harder to slide when spun, and easier to apply force than a hexagonal bolt since it has 12 sides and 12 corners.

The 12-point bolt may give more torque during removal and installation and can better withstand extrusion forces because of its correct angle.

12-point bolts can offer superior tightening effects, stronger slip resistance, and less preparation stress in some applications, such as engines, tachometers, steel structures, and other high-strength and high-pressure applications.

To put it briefly, 12 point bolts can offer greater tightening power and stability in certain high-pressure and high-strength applications, ensuring the connection's dependability and safety.