The key is to improve the personal safety and performance of individual drivers, as well as enhance their own preventive and life safety skills. The key lies in the manufacturing quality of fasteners, which is the primary source and core error of the problem.
The main key is the correct business approach of component manufacturers, and the correct pursuit in every aspect to provide customers with the best fastener solutions. The manufacturing of fasteners can also be guaranteed through quality and safety, which is to ensure the safety of every link. fasteners manufacturers have been supervising and striving to manufacture better fasteners from the beginning, only by continuously improving quality and safety, and quality inspection and safety.
The core element of fasteners manufacturers is their own safety, and they should pay attention to their management when pursuing the fastener manufacturing process. fasteners manufacturers must establish and improve their fastener manufacturing system, persistently manage and implement fastener manufacturing standards, and cannot easily design or even simplify management work. In the event of safety accidents, it is still an important aspect lacking bolt support.
Many people are still not very clear about production safety accidents. The correct and reasonable use of fasteners can extend their service life.
Firstly, fasteners manufacturers need to extend the service life of their fasteners, and they must strengthen the acceptance of fasteners while ensuring product quality.
Due to the extensive project management of fasteners manufacturers, they must label their products based on production types and product characteristics to identify the user’s specifications, shapes, and dimensions of standard fasteners. The marking methods include torque method, torsion angle method, anti slip method, and notch method, which can be roughly determined.
A torsion angle method, which refers to the moment when aligning with the surface of a fastener and applying it to the threads on the surface of the designed fastener. After applying a fixed torque, remove the secondary fasteners according to the torque size. After applying a fixed torque, reduce the torque by continuously engaging the thread section.
B torque method, after the fasteners manufacturer applies a fixed torque, the fasteners manufacturer should control the size of the fastener specifications.
The friction method, mainly used for fastening the minimum threaded connection, is the most widely used method.
The e-locking method is performed on electric tools. The locking method is achieved by locking the fastener itself. This method has a locking effect on important parts or certain components of the equipment.
The hydrogen embrittlement treatment method involves using high-strength stainless steel materials, plating a layer of wood on the edges of anchor bolts or similar components, and producing the required strength based on the degree to which the edges of the plated wood protrude.
● The Threaded fastener corrosion method is characterized by the mechanism of using hydrogen embrittlement materials to produce hydrogen embrittlement. At first, it is a mechanism of hydrogen embrittlement, which can produce hydrogen embrittlement, and evolved out of its outstanding characteristics. This potential will be transmitted to the copper alloy part contacting the corrosion medium, thus showing that the hydrogen atom or molecular pressure is higher than the metal pole.