Project introduction: has provided clients with civil engineering and land surveying for projects of all size.

   

                                                                                                                     

 

Location Colombia   Product Value US$1,785,362.05   Product Details LSAW, EN 10219   Contract No. Nansteel2018112625896   Date 11.2018

Classification of steel pipes commonly used in civil engineering 1. Ordinary carbon steel pipe Ordinary carbon steel pipe (such as LSAW carbon steel pipe) is a structural steel pipe. A small amount of carbon is added during the production process to give the material greater hardness and strength. It has good machinability and cutability, and the price is cheaper than other steel pipe types. 2. Alloy steel pipe Alloy steel pipe is another commonly used steel pipe. It is made by adding some other elements during the production process, such as chromium, nickel, molybdenum, etc. to enhance its hardness and strength. Alloy steel pipes have better corrosion resistance and high temperature resistance than ordinary carbon steel pipes, so they are widely used in high-pressure boilers, chemical industries and other fields. In addition, in the field of bridges and buildings, alloy steel pipes are also used as supporting structures and load-bearing component materials. 3. Stainless steel pipe Stainless steel pipes contain a large amount of elements such as chromium and nickel, and have the characteristics of high strength, corrosion resistance and aesthetics. Therefore, stainless steel pipes are widely used in indoor and outdoor architectural decoration, food processing and other fields. 4. Other types of steel pipes In addition, there are other types of steel pipes in the field of civil engineering, such as high-strength steel pipes, weather-resistant steel pipes and recycled steel pipes. These steel pipes play an important role in solving specific strategic needs and project issues. To sum up, there are many types of steel pipes commonly used in civil engineering, and each type of steel pipe has its own unique characteristics and applications. When selecting steel pipes, multiple factors such as specific engineering requirements, environmental factors, and application prospects need to be considered.