News
-
Production of Stainless Steel Seamless Pipe Production Process and Steps
The process of making stainless steel seamless pipe: 1, steelmaking → 2, rolling round steel → 3, perforation (annealing) → 4, cold drawn → 5, cold rolling (annealing, demagnetization, pickling, cleaning) → 6, wall polishing → 7, outer wall polishing → 8, air pressure ...Read more -
The Best Materials To Use for Water and Wastewater Treatment
Constant upkeep on water and wastewater infrastructure continues to be a challenge as there are many older systems that are deteriorating and becoming out of date. To address these repair issues, engineers and technicians must adopt new technologies that offer more economical installation, higher...Read more -
Pipe Couplings: What You Should Know
Couplings are an important part of piping systems, especially in water and wastewater applications. They are used to join two sections of pipe in a way that maintains their integrity and continuity. Along with different kinds of pipe repair clamps, couplings are an indispensable piece of equipme...Read more -
Understanding the Advantages of S31803 Stainless Steel
Also known as duplex stainless steel, S31803 stainless steel is a form of stainless steel which is made out of a combination of austenitic and ferritic steels. S31803 stainless steel has grown in popularity. There are a number of reasons for this growth in popular...Read more -
Duplex 2205 Vs 316 Stainles Steel
Duplex 2205 VS 316 Stainless Steel 316 stainless steel is a common material, widely used in petrochemical, fertilizer plants, shipbuilding and other industries. The application of duplex steel 2205 is becoming more and more extensive, especially in offshore oil, seawater desalination and other fi...Read more -
S31803 Stainless Steel: The Basics
Also known as duplex stainless steel or 2205, S31803 stainless steel is a steel used for more and more applications every day. Possessing a combination of strength and anti-corrosive properties, it can do many things that other stainless steel simply can’t do. Are...Read more