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Manufacturing Difficulty and Manufacturing Process of Stainless Steel Storage Tank


Release time:

2019-07-08

Stainless steel storage tank

Stainless steel storage tankCompared with ordinary rotational molding storage tanks, stainless steel storage tanks can withstand higher pressures. Stainless steel storage tanks are mostly used to store and transport food, medicines, and are widely used in the brewing industry and dairy industry. At present, it has been applied in many fields. The sealing performance of the stainless steel tank is particularly excellent, which can completely eliminate the invasion of harmful substances and mosquitoes in the air, and can ensure that the liquid stored in the tank will not be polluted by the outside world. The above advantages make it deeply loved by consumers. So, how is the stainless steel tank made? Let's take a look!

Stainless steel storage tankProduction process and difficulty

The production of stainless steel tank container equipment pays attention to the point of view of practicality and beauty, so in the production process of stainless steel container equipment, it is very important to the difficult processing of raw material stainless steel. Stainless steel construction, the general steps and processes: material shot blasting-Painting partial coating-welding, fabrication, installation, pressure test-reprocessing-subsequent painting.

Manufacturing Process and Difficulty of Stainless Steel Storage Tank

Stainless steel storage tankFor the cleaning of the metal surface of the tank body, the surface pretreatment of the material is first carried out, and then the primer is sprayed. After the construction of the tank body is completed, the surface cleaning of the weld bead of the tank body is carried out, and the primer is applied again. Finally, the whole tank body is sprayed with intermediate paint and topcoat.

Stainless steel in the processing of its processing hardness resulting in faster tool wear, and it is difficult to chip. The low thermal conductivity of stainless steel causes plastic deformation of the cutting pin edge and faster tool wear. The chemical relationship between the tool and the processed material causes work hardening and the low thermal conductivity of the processed material, which not only easily causes unusual wear, but also causes tool chipping and abnormal rupture. When processing stainless steel containers and equipment, debris accumulation can easily cause small pieces of powder to remain on the cutting pin blade and cause poor processing surface.