ERW steel pipe is one of the most widely used welded pipe types in pipeline and structural applications. To fully understand its performance, cost advantages, and application limits, it is essential to first understand how ERW steel pipe is manufactured and how quality is controlled throughout the process.

The spiral welded pipe manufacturing process is a continuous and controlled operation that combines material preparation, spiral forming, welding, inspection, and finishing steps. This process offers advantages such as dimensional flexibility, stable welding performance, and high efficiency in producing large-diameter pipes.

Spiral welded pipes are widely used in various structural and piping applications. Although the manufacturing methods are the same, the applicable standards determine the design, testing, and final application of the pipes in engineering projects.

Spiral welded pipe specifications play a crucial role in determining whether a pipe is suitable for a structural, foundation, or piping application.

Spiral welded pipe is a type of steel pipe manufactured by processing steel strip or coil into a spiral shape and then continuously welding the weld seam along the spiral using submerged arc welding (SAW). Unlike straight seam steel pipe, the weld seam of spiral welded pipe spirally surrounds the pipe body, helping to distribute structural stress more evenly.

Steel pipes are an indispensable component in construction, energy transmission, mechanical engineering, and infrastructure development. Among the many widely used materials, carbon steel pipes and low-carbon steel pipes stand out due to their balance of performance, usability, and cost-effectiveness.

Carbon steel and mild steel are two of the most widely used materials. While mild steel is technically a type of carbon steel, the differences in carbon content result in noticeable variations in strength, hardness, weldability, and application scope.

ERW welded pipe (Electric Resistance Welded pipe) is a type of welded steel pipe produced by forming steel coils into a cylindrical shape and welding the edges together using high-frequency electrical resistance.

CHWS stands for Chilled Water Supply. CHWS piping refers to the piping that transports chilled water produced by chiller units to cooling equipment, such as air handling units (AHUs), fan coil units (FCUs), heat exchangers, and cooling coils.

U-type steel sheet piles offer flexibility and ease of use for general applications, while Z-type profiles deliver maximum bending resistance and structural efficiency for demanding projects. Flat and special profiles further expand the range of engineering solutions available.

SCH 10 is suitable for low-pressure applications, SCH 40 serves as the industry standard for most pressure pipelines, and SCH 80 provides the highest pressure resistance for demanding operating conditions.

SCH 10 steel pipe is a common type of thin-walled steel pipe. For many projects, SCH 10 steel pipe is frequently used in stainless steel and some low-pressure carbon steel piping systems due to its thin wall thickness, light weight, and relatively controllable cost.

ASTM A36 steel is one of the most widely used carbon structural steels in the global market. Thanks to its balanced mechanical properties, good weldability, and cost-effectiveness, A36 steel is commonly specified in construction, fabrication, and general engineering projects.

ASTM A36 steel plate is one of the most widely used carbon structural steel plates in the global market. Thanks to its stable mechanical properties, good weldability, and cost-effectiveness, A36 steel plate is commonly specified in construction, fabrication, and general engineering projects.

Steel pipe piles and steel sheet piles are two widely used steel solutions, but they serve very different purposes on construction sites. Understanding their differences in construction applications helps you select the most suitable system for specific project requirements.