This article explores the science behind FBE coatings, their application process, and their unmatched benefits in protecting critical infrastructure.

This article describes 8 essential safety precautions for welding rectangular square pipes, including gas leak checks, proper torch handling, and equipment maintenance.

In this guide, we’ll explore the key differences between hot bending vs cold bending, their pros and cons, and how to determine which method is best for your project.

This guide compares galvanized seamless and welded steel pipes across manufacturing, corrosion resistance, strength, pressure ratings, cost, and applications.

In this article, we explore the key benefits of using steel H beams in construction projects and why they remain a top choice for engineers and architects.

In this article, we explore why stainless welded steel pipes are the preferred choice for water treatment applications, their key benefits, and how they outperform alternative materials.

Learn the key differences between cold bending and hot bending in pipe fabrication. Discover which pipe bending technique suits your project needs. Get expert solutions & quotes today!

Learn how optimizing drying temperature in hot dip galvanizing prevents white rust. Discover best practices for storage, transportation, and surface treatments to ensure corrosion resistance.

Discover professional techniques for welding galvanized steel - from surface preparation and zinc removal to proper electrode selection and ventilation safety measures.

Learn all about the moment of inertia of H-beam structures - why it matters, how to calculate H beam moment of inertia, and its critical applications in construction. Get expert insights on structural engineering principles. Need quality H-beams? Contact us for quotes!

Discover the key differences between cold drawn pipe and cold rolled pipe—compare manufacturing, strength, surface finish, and applications to choose the best steel pipe for your project.

Austenitic stainless steel pipe has good corrosion resistance and high strength, widely used in petroleum, chemical, aviation, shipping and other fields. Hot bending is a commonly used pipe processing methods, can make the pipe according to the design requirements for bending. Material selection, hot bending machinery and equipment, hot bending process and application cases of austenitic stainless steel pipe hot bending technology for detailed analysis.

How to distinguish between annealed and non-annealed stainless steel welded pipes? 1. The pipe can be judged by echo. Tap each pipe and listen to the echo at the nozzle. If the echo is higher, it is sharper and has been annealed. Since the internal crystal structure of the annealed part is more uniform and dense, it can produce a higher interval echo without the need for annealing. Due to a large number of organizational defects, it can absorb some sound energy, so the tone at the nozzle is very low and dull. If conditions permit, it can be detected by ultrasound.

Here are 10 methods for soaking stainless steel welded pipes in liquids: 1. Basic Treatment: Use standard acid, followed by rinsing with clean water. 2. Advanced Treatment: Includes acid washing, alkaline washing, rinsing, polishing, and waxing.

1. Differences in Production Process Stainless steel welded pipes are formed by welding rolled steel sheets or strips and then using equipment and molds. The inner walls of these pipes typically have weld seams. In contrast, seamless pipes are made from solid round billets through hot extrusion processes such as drilling, cold rolling, and cold drawing, resulting in pipes without any weld seams.