Threaded flanges, as a special type of pipe fitting, play a significant role in pipe connections. With their unique design and superior performance, they make pipe connections more convenient and efficient. This article explores the design characteristics, advantages, disadvantages, and suitable...
In the world of pipeline connections, two main players stand out: the flat welding flange (also called the plate flange) and the weld neck flange. Knowing their features, uses, and structural disparities is vital for making informed decisions in different engineering situations. These flanges...
Blind flanges hold a pivotal role in industrial pipelines, ensuring secure sealing and facilitating essential maintenance procedures. From containing pressure within vessels to allowing for efficient flow control, these components are integral to the smooth operation of various industrial processes....
Weld neck flanges, characterized by their extended neck design, are pivotal in ensuring robustness and reliability in pipeline connections. This article delves into the distinctive features, versatile applications, advanced welding techniques, and future advancements of weld neck flanges. 1....
In pipeline connections, stainless steel flanges serve as vital components, particularly in environments demanding high corrosion resistance and substantial pressure handling. While inheriting traits like corrosion resistance and robust rigidity, stainless steel flanges necessitate proper maintenance...
Lap joint flanges are a type of flange used in piping systems to connect two pipes or pipe fittings. They consist of a flat, circular plate with a raised inner lip that fits over the end of the pipe. The flange is then secured to the pipe by bolting it together with another lap joint flange. One of...
The socket welded flange with necks is a type of flange commonly used in piping systems. It is designed to provide a strong and leak-proof connection between pipes or pipe fittings. This type of flange has a raised face with a smooth surface, which allows for easy welding and ensures a good seal. One...
2. Simulation tests of welding Austenitic stainless steel has excellent corrosion resistance, but austenitic stainless steel often forms grain boundary carbide accumulation at the welding seam in actual production, especially in the heat-affected zone after welding, and finally causes intergranular...
Abstract: Corrosion occurred in the pickling process after welding the stainless steel 304L flange and stainless steel pipe. Macroscopic inspection, chemical composition analysis, metallographic inspection, SEM, heat treatment simulation and other methods were used to analyze the corrosion at...