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Industrial Stainless Steel Tube Processing Introductory Knowledge

Date:2024-08-29View:75Tags:boiler tubes,seamless steel pipe,efw pipe

This article contains stainless steel tube processing methods, common processing techniques, raw material selection, and processing considerations. Understanding these basic knowledge will help better stainless steel tube processing.


Stainless steel tube processing methods

1 Cold processing: cold processing refers to the processing of stainless steel pipe at room temperature, including cold drawing, cold rolling, cold drawing and other processes. The advantage of cold processing is that it can maintain the original properties of stainless steel pipe, but it is difficult to process.

2 hot processing: hot processing refers to the stainless steel pipe processing at high temperatures, including hot rolling, hot extrusion and other processes. Thermal processing can deform the stainless steel pipe more quickly, but it will reduce the corrosion resistance of the pipe.

2 Mechanical processing: mechanical processing refers to the use of machine tools or other processing equipment for stainless steel pipe processing, including cutting, drilling, milling and other processes. Mechanical processing can be cut or processed in various shapes and sizes as needed, very flexible.


Common stainless steel tube processing technology

1 Cutting: The common ways of cutting stainless steel single tube are shearing, mechanical cutting and flame cutting. Among them, shearing is suitable for small diameter tubes, mechanical cutting is suitable for large diameter tubes, and flame cutting is suitable for thicker stainless steel tubes.

2 Welding: welding is a process of connecting the two ends of the stainless steel tube. Commonly used welding methods include argon arc welding, submerged arc welding and TIG welding. Choosing the right welding method can ensure the welding quality and pipe sealing.

3 polishing: polishing is the surface of stainless steel pipe processing, so that it is smooth and bright. Common polishing methods are mechanical polishing, chemical polishing and electrolytic polishing. The polished stainless steel pipe has good appearance and corrosion resistance.


Stainless steel pipe processing raw material selection

1 Stainless steel material selection: the selection of raw materials for processing is very important. Commonly used stainless steel materials are 304, 316, 321, etc. Different materials of FRP pipe have different corrosion resistance and mechanical properties, need to be selected according to the specific use of the environment and requirements.

2 Pipe size selection: according to different processing needs to choose the appropriate diameter and wall thickness. The larger the pipe diameter, the greater the processing difficulty, the greater the wall thickness, the higher the processing cost. In the selection of pipe size need to consider the convenience of processing and economy.

3 Other auxiliary materials selection: in the stainless steel pipe processing, you also need to choose the appropriate auxiliary materials, such as welding rods, grinding wheels, whetstone, etc.. The correct choice of auxiliary materials can improve processing efficiency and product quality.


Stainless steel pipe processing notes

1 Processing equipment inspection: before the stainless steel pipe processing, the processing equipment needs to be inspected and maintained to ensure that the equipment operates normally. Need to select the appropriate processing equipment according to the processing requirements.

2 processing environment control: stainless steel pipe processing, need to maintain a good processing environment, minimize dust, impurities and other pollution of the pipe. The processing process needs to pay attention to fire prevention and ventilation safety.

3 Processing parameters control: In the stainless steel tube processing process, the need to control the processing parameters, such as cutting speed, welding current and so on. Reasonable process parameters can ensure the processing quality and product performance.

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