The characteristics of T-bolts include:

1. The unique structure ensures good stability and positioning during installation and use.

2. It is usually made of high-strength materials, which have high tensile and shear strength.

T-bolts have a wide range of uses:

1. Mechanical manufacturing industry: used for the assembly and fixation of equipment such as machine tools and molds.

2. In the field of architecture, it plays a role in connecting and fixing building structures such as curtain walls and steel structures.

3. Rail transit: used for fixing the track and installing connecting components.

4. Furniture manufacturing: Some furniture assemblies and structural connections use T-bolts.

5 Electronic devices: The internal structure of some electronic devices is fixed.

For example, in the installation of aluminum alloy doors and windows, T-bolts can firmly fix the frame of the door and window to the wall. In industrial automation equipment, T-bolts can ensure precise connections and stable operation between various components.

T-bolts of different materials and specifications are suitable for different scenarios and needs. For example, stainless steel T-bolts have good corrosion resistance and are commonly used in damp or corrosive environments; High strength alloy steel T-bolts are suitable for equipment and structures that require high load-bearing capacity.