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Stainless steel mesh belts are widely used in many industries, and one of the key reasons for this is their significant advantage of being strong, durable, and resistant to breaking. Of course, an important reason why stainless steel mesh belts possess these advantages is that temperature control is applied to them. Let’s take a closer look at this in detail: Under normal circumstances, we recommend that before using stainless steel mesh belts properly, their tempering temperature be reduced from 870°C to 760°C. This helps to prevent chromium in the stainless steel from reacting with nitrogen in the air. When the temperature is raised to 1120°C, moisture is present in the atmosphere, and chromium oxide can form on the surface of the stainless steel mesh belt, thereby further preventing a reaction between chromium and nitrogen. This ensures that the lifespan of the stainless steel mesh belt at this time can be extended by another 1/3 compared to the optimal condition mentioned earlier. A key factor is the lower chromium nitride content and larger grains, which are more beneficial for the properties related to strain aging; as a result, stainless steel mesh belts are widely used in various modern industrial enterprises. It is an essential component in automatic devices across various industries and in modern automated production lines. A stainless steel mesh belt is a machine that uses friction drive to transport materials in a continuous manner. By applying it, a material transport process can be established for materials on a certain conveyor line, from the initial feeding point to the final unloading point. It can be used for transporting both bulk materials and individual items. In addition to simply transporting materials, it can also be adapted to meet the requirements of the technological processes in the production workflows of various industrial enterprises, thereby creating a rhythmic flow-line transportation system.