In the world of industrial piping, standardized dimensions are essential for ensuring compatibility, safety, and efficiency. One of the most widely recognized standards is ANSI B36.10M, which defines the dimensional system for seamless and welded steel pipes. Covering a broad range of sizes and wall thicknesses, this standard is a critical reference for engineers, buyers, and project managers across multiple industries. This article provides an overview of the ANSI B36.10M standard, focusing on the outer diameter, wall thickness, and other dimensional parameters of seamless steel pipes.

Longitudinal submerged arc welded (LSAW) steel pipes are welded pipes with weld seams running parallel to the longitudinal direction of the pipe. This article will briefly introduce high-frequency welding process for longitudinal submerged arc welded steel pipes.

Although seamless boiler tubes and general seamless steel tubes share the same seamless structure, they differ significantly in material, performance, and application due to varying working environments and requirements. Continental Steel Co., Ltd. has carefully summarized the differences between seamless boiler tubes and general seamless steel tubes.

Carbon steel pipe is one of the most widely used materials in modern industry. Known for its strength, durability, and affordability, it plays a vital role in sectors ranging from oil and gas pipelines to construction projects and automotive manufacturing. Below, we’ll explore the key features, advantages, and considerations when choosing carbon steel pipe.

The strength of seamless steel pipes is one of the most important performance indicators, directly determining their load-bearing capacity and ensuring the safe and reliable operation of pipeline systems and structures. Strength is usually evaluated through two key parameters: yield strength and tensile strength. Below, we break down these concepts, the factors influencing strength, and the strength ranges of commonly used seamless steel pipes.

The construction and installation of galvanized seamless pipes differ from those of ordinary galvanized steel pipes, especially in terms of connection methods. Since the galvanized layer provides corrosion resistance but is relatively soft, protecting it during transportation, handling, and installation is critical. Below is a detailed guide to the characteristics, connection methods, and construction precautions for galvanized seamless pipes.

Steel pipes play a vital role in construction, infrastructure, and industrial projects. Among the different types, ERW pipes and GI pipes are two of the most widely used. Knowing their differences can help you select the right material for your project.

Seamless steel pipes are vital materials in the oil and gas industry, used for transporting crude oil, refined oil, natural gas, and other hydrocarbon fluids. Given the high pressure, elevated temperature, and corrosive environments these pipelines often face, strict performance and reliability standards are required. Seamless pipes are the preferred choice for oil transportation due to their inherent advantages.

Are there significant price differences between seamless steel pipes made from different materials? The answer is yes. The cost of seamless steel pipes varies considerably depending on the raw materials used, the complexity of the manufacturing process, and the performance characteristics of the finished product. Below is a breakdown of the main differences.

Seamless steel pipes play a vital role in the construction industry. Beyond their use in transporting fluids such as water and gas, they are also widely applied as key components in modern architectural structures. Continental Steel Co., Ltd. summarizes the primary applications, benefits, and design standards of seamless steel pipes in construction.

Seamless steel pipes are indispensable in the energy industry, especially in systems exposed to high temperature, high pressure, and corrosive environments. Unlike welded pipes, seamless pipes have no weld seams, giving them superior structural integrity, uniform mechanical properties, and excellent pressure resistance. These advantages make seamless pipes the preferred choice for critical energy equipment applications.

Determining the proper wall thickness of seamless steel pipes is a critical design task that directly impacts the safety, reliability, and cost-effectiveness of pipeline systems. The selection process is guided by precise engineering calculations and recognized industry standards.