Analysis of four major performance points of stainless steel fasteners

Stainless steel standard parts are mainly made of stainless steel wire as raw material, followed by a series of processes such as the steps of producing standard parts. It is very popular to manufacture fastener products using stainless steel, but for stainless steel fasteners, It has four major performance points, which are described as follows:

First, the high temperature resistance of stainless steel fasteners. Because the hardness of stainless steel itself is relatively strong, the fasteners after production have strong anti-oxidation ability, and can not work normally under high temperature, and will not burn too much interference at high temperature, if it can be manufactured after At the same time passivation, the effect will become better and better.

Second, the physical properties of stainless steel fasteners have a relatively high rate of electricity. Compared with carbon steel wire, we can see that the stainless steel fasteners have a five-fold higher electrical rate than carbon steel. There is a coefficient of expansion in the standard part. After testing, we know that if the temperature is higher, the expansion coefficient of the stainless steel fastener will be improved.

Third, the ability of stainless steel fasteners, stainless steel fasteners, the load can withstand the comparison, although not comparable with high-strength bolts, but also meet the needs of normal people.

Fourth, the mechanical properties of stainless steel fasteners. In mechanical properties, it can be known that many of them have a great relationship with stainless steel wires. For example, it does not rust and has high corrosion resistance. These are closely related to the nature of stainless steel. With the continuous development of standard parts, these mechanical properties have also become stronger and stronger.

Concerned about surprises

Label: Four major performance points of stainless steel fasteners

Previous: How to reduce and control the precision and complex mold deformation Next: How to adjust and verify the safety valve