Nonferrous Metals DIN 261-1987 T-head bolts
Product details
T-bolt, as a specially designed fastener, with its unique T-shape and excellent functionality, plays a key role in many industrial, commercial and personal projects.
Functional characteristics
- T-slot compatibility: The most notable feature of T-bolts is their good fit with the T-slot, which makes them easily inserted and fixed in structures such as slides, aluminum frames, machine bases, etc., without additional drilling or tapping steps, greatly facilitating assembly and adjustment work.
- Diversified fixing methods: In addition to the direct fit with the T-groove, the T-bolt can also be further enhanced by adding nuts or gaskets and other ways to further enhance the connection strength, suitable for more complex fixing tasks. This flexibility makes T-bolts an extremely versatile solution.
- Rich materials and strong adaptability: from carbon steel, stainless steel to aluminum alloy, T-bolt production materials are wide variety, each material has its own specific advantages, such as corrosion resistance, light weight, cost effectiveness, etc., can be customized according to the specific application environment and needs of the best choice.
- Precision manufacturing process: High-quality T-bolts are often machined using precision forging or cold heading technology, ensuring the accuracy of the thread and the flat head, thereby improving the overall reliability and life of the fastener.
Application
- Industrial equipment: In automated production lines, conveyor systems, and robotic workstations, T-bolts are the core components that connect each component.
- Building and home improvement: From the assembly of door and window frames to the construction of indoor partition walls to the installation of outdoor awnings, T-bolts provide a stable connection.
- Transportation: They also play an important role in the fixing of vehicle interior trim parts and the installation of rail transit equipment.
- Scientific research and laboratory equipment: the support of precision instruments, the assembly of optical platforms, etc., need to rely on T-bolts to achieve high-precision position adjustment and locking.
