For the stainless steel chain in the chain, due to its properties, it is a transmission device, which is mainly used to transmit power.Therefore, it is still widely used in some aspects.So, what are its specific applications?What kinds of it can be?For these questions, the specific answers will be given below.
1. Application of stainless steel chain
Stainless steel chains, if used in transmission, can significantly reduce friction.Therefore, compared with belt drive, it has certain advantages.However, in terms of speed, it is slightly worse, because the transmission speed should not be too fast, and the flexibility is not as good as the belt.
Therefore, in summary, the stainless steel chain, as a conveying device, is mainly used in some occasions with higher cleanliness or higher requirements.In addition, for high temperature or low temperature occasions, the use of stainless steel chains is also very suitable, and it is not prone to problems.
2. Types of stainless steel chains
Stainless steel chain, if it is divided by material, it mainly has the following types, specifically:
(1) If the material is 1Cr18Ni9Ti or SS304 stainless steel, then the chain has good acid and alkali resistance, high and low temperature resistance, and has a long service life.Therefore, this kind of stainless steel chain is mainly used in mechanical equipment.
(2) If the material is austenitic stainless steel, such as 304, 316 or 316L, the main advantages are corrosion resistance, diamagnetism and good temperature adaptability.
(3) If the material is martensitic stainless steel, such as 2Cr13, then this one not only has good anti-corrosion performance, but also can reach the level of carbon steel in terms of strength.
Through the above two aspects, we can come to have a preliminary understanding and understanding of stainless steel chains, in order to know in practice which occasions, the use of stainless steel chains is more appropriate, so as to play its due role, and make use of In order to obtain a good use effect and benefit from it.
