The classification of stainless steel elbows includes seamless stainless steel elbows and seamless stainless steel elbows. So, how to choose between these two types of elbows? The choice of seamless or seamless stainless steel elbows mainly depends on actual needs. If high strength and corrosion resistance are required for the use of elbows, and the environment is relatively harsh, then [...]

Non destructive testing of stainless steel seamless elbows is necessary. The function of non-destructive testing is to help enterprises detect defects, looseness, cracks, and other internal defects in stainless steel seamless elbows and other pipeline connectors, to avoid causing subsequent safety accidents and quality issues.

How to distinguish between stainless steel seamless elbow and seam elbow? Mainly analyze from the aspects of appearance, wall thickness, quality certification, and pressure testing. 1. Appearance inspection: The inner and outer walls of the stainless steel seamless elbow are smooth without any welds; There are welds on the inner and outer walls of the welded elbow. 2. Wall thickness [...]

There are some issues that need to be understood and paid attention to in the non-destructive testing process of stainless steel seamless elbows. 1. The detection of stainless steel seamless elbows should comply with relevant safety regulations, such as wearing protective equipment, preventing radiation, and avoiding operational errors. 2. Regularly inspect and maintain non-destructive testing equipment to ensure safe and [...]

There are three common non-destructive testing methods for stainless steel seamless elbows. Let's take a look together. 1、 Ultrasonic testing Ultrasonic testing refers to the use of ultrasonic flaw detectors to detect seamless stainless steel elbows. This method has high detection accuracy and good results, and is suitable for detecting internal defects and cracks in elbows. 2、 Radiographic testing Radiographic [...]

The stainless steel seamless elbow is mainly used to change the direction of the pipeline. The commonly used angles are 45 °, 90 °, 180 °, and there are also other special angles.