Manufacturing process and difficulty of vertical stainless steel storage tanks

       The stainless steel storage tank has a closed structure, and the top and bottom are made of stainless steel. Although it is closed, it has the characteristics of easy cleaning, but it is not very easy to make during processing. Today I will introduce to you its production process and difficulty.
       Stainless steel tanks can withstand higher pressures than traditional rolling and plastic tanks. This new type has good sealing performance, avoids the intrusion of harmful substances in the air and mosquitoes, and prevents the liquid stored in the tank from being polluted by the external environment. Its advantage is that stainless steel storage tanks are mainly used for the storage and transportation of food and medicine, and are widely used in the wine and dairy industries.
       The production of storage tanks and container equipment focuses on the aesthetic aspect of practical application. Therefore, in the production process of steel tanks and container equipment, it is very important that stainless steel raw materials are difficult to process.
       Clean the metal surface of the tank body. The surface of the material is pre-treated first, and then sprayed with primer. After the tank construction is completed, the bead surface is cleaned in the tank, and the painting work begins, and then the whole body is sprayed with paint and intermediate coating.
       The hardness of stainless steel causes the tool to wear faster, making it difficult to remove chips. The thermal conductivity of stainless steel is low, resulting in plastic deformation of the knife edge and rapid tool wear. Due to the chemical relationship between the tool and the material being processed, the work hardening and low thermal conductivity of the material being processed not only easily cause abnormal wear, but also lead to abnormal breakage and breakage of the tool. During the processing of stainless steel containers and equipment, the accumulation of chips can easily cause fine powder to stay on the edge of the cutting nails, resulting in a poor processing surface.