In your daily life and surrounding environment, you may not often notice the presence of bolts. However, they play a crucial role in structural engineering, especially in the construction of large buildings and bridges. In these application scenarios, the role of high-strength bolts is particularly significant. High strength bolts are a special type of bolt, and their characteristics make them an ideal choice in scenarios that require strength and durability. Simply put, high-strength bolts are bolts with extremely high tensile strength. They are specially processed and manufactured to withstand extreme tensile and shear forces without breaking. This performance makes them an ideal choice for many heavy-duty industrial applications, such as large bridges, high-rise buildings, power equipment, etc. The advantage of high-strength bolts over ordinary bolts lies in their extremely high tensile and shear bearing capacity. These bolts are usually made of alloy steel and their strength and hardness are improved through a heat treatment process. In addition, the surface of high-strength bolts is usually treated with anti-corrosion to increase their durability and lifespan. Due to its excellent performance, high-strength bolts are widely used in many fields. In bridge engineering, they are used to connect large steel beams and withstand enormous loads without breaking. In high-rise buildings, high-strength bolts are used to connect major structural components and ensure the stability of the building. In addition, they are also used in various industrial applications such as aviation, automobiles, and heavy machinery. The installation of high-strength bolts requires specialized tools and techniques. Firstly, the bolt holes must be accurately drilled and cleaned to ensure the tightening effect of the bolts. During installation, high-strength bolts need to be tightened with specific torque to ensure their performance under load.