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Product News,H-beam,Galvanized square tube,Structural Steel Pipe

Product News

Piling Pipe,Drill Collars,I-Beam
  • seamless carbon steel pipe wall thickness, cs seamless pipe wall thickness
    The wall thickness of seamless carbon steel pipes is primarily determined by the pipe’s outer diameter (OD) and its intended application. Here's an overview of seamless carbon steel pipe standard wall thickness.
  • seamless pipe, seamless pipe materials, ASTM/EN seamless pipe
    Seamless pipes are tubular products manufactured through piercing and rolling processes, formed integrally without any welding seams. The core performance of a seamless pipe is largely determined by its material composition. Different materials directly affect strength, corrosion resistance, temperature tolerance, machinability, and service life. Therefore, material selection is a critical step in seamless pipe applications.
  • pipe bending process, seamless pipe, seamless pipe bending
    Seamless pipes are widely used in construction, power generation, oil & gas, chemical processing, shipbuilding, and infrastructure projects. To meet complex routing and installation requirements, seamless pipes often require bending and forming. The bending process directly affects pipe strength, dimensional accuracy, and long-term service performance. This article provides a structured overview of seamless pipe bending definitions, specifications, common bending methods, bending radius rules, influencing factors, and quality control points.
  • spiral welded steel pipe stress state,ssaw pipe stress state
    During the extrusion process, spiral welded steel pipes (SSAW pipes) experience a complex coupled stress field dominated by thermal stress and radial compressive stress. The stress distribution closely correlates with temperature gradients inside the pipe structure.
  • straight seam steel pipes in pressure pipelines,straight seam steel pipe applications
    Straight seam steel pipes are widely used in pressure pipeline systems for transporting gases and liquids under controlled pressure and temperature conditions. Due to their stable weld quality, predictable mechanical performance, and suitability for standardized inspection, straight seam steel pipes play a critical role in modern industrial pressure pipeline networks.
  • boiler steel pipe nondestructive testing,boiler tube nondestructive testing
    The internal quality of boiler steel pipes and pressure vessel welds is critical to operational safety. However, many internal defects—such as lack of fusion, incomplete penetration, slag inclusions, porosity, and cracks—are difficult or impossible to detect through visual inspection alone. Because destructive testing cannot be performed on every boiler or pressure vessel, nondestructive testing (NDT) has become an essential quality control method in boiler pipe manufacturing, installation, and service inspection.
  • ERW pipe outer diameter,ERW pipe wall thickness,electric resistance welded pipe od and wall thickness
    ERW (Electric Resistance Welded) pipes are widely used in construction, oil & gas, water transmission, and structural applications. When selecting ERW pipes, outer diameter (OD) and wall thickness are the two most critical dimensional parameters, as they directly determine pressure capacity, mechanical strength, pipe weight, and compliance with international standards. This guide explains ERW pipe OD and wall thickness specifications, covering size systems, wall thickness series, material limitations, applicable standards, and selection considerations.
  • UOE forming process,JCOE forming process,LSAW steel pipe process
    JCOE and UOE are the two most widely used forming processes for manufacturing LSAW (Longitudinal Submerged Arc Welded) steel pipes. Both processes form steel plates into large-diameter pipes for high-pressure and structural applications, but they differ significantly in forming sequence, production efficiency, dimensional flexibility, and equipment investment. Understanding the differences between JCOE and UOE forming is critical for selecting the right LSAW pipe for oil & gas pipelines, offshore structures, pressure vessels, and large-scale infrastructure projects.
  • cold-drawn steel pipe production,cold-drawn steel pipe return process,cold-drawn steel pipe annealing
    In the manufacturing of cold-drawn steel pipes, the annealing process—often referred to in practice as return heating—is not optional or redundant. It is a critical metallurgical step that directly determines dimensional stability, mechanical performance, and long-term service reliability. To understand why annealing is necessary, it is essential to first examine how the cold-drawing process affects steel pipes.
  • 12Cr1MoVG boiler steel pipe, boiler steel pipe properties
    12Cr1MoVG boiler steel pipe is a low-alloy heat-resistant steel pipe specifically developed for medium- and high-pressure boiler systems. It is designed to perform reliably under high temperature, high pressure, and complex chemical environments, making it a widely used material in power plant boilers. This article will introduce properties of 12Cr1MoVG boiler steel pipes.
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