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Mechanical properties of ASTM A500 steel pipe in rounds and shapes
ASTM A500 steel pipe, widely used in structural and construction applications, continues to be a reliable choice for engineers and fabricators due to its excellent mechanical properties and cost-effective performance. Whether in round, square, or rectangular shapes, A500 pipe is designed to meet the rigorous demands of modern infrastructure while offering enhanced strength-to-weight ratios. In this article, we explore the key mechanical characteristics that define A500 Grade A, B, C and D pipes—shedding light on their yield strength, tensile strength, elongation.
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Dimensions and tests of AS 1074 steel pipes
AS 1074 specifies the dimensional standards for steel pipes ranging from DN 8 to DN 150, and classifies them into three categories based on wall thickness: light, medium, and heavy. The pipe dimensions and mass values conform to the specifications outlined in ISO 65. This article will introduce the dimensions and tests of AS 1074 steel pipes.
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What are the differences among grades of ASTM A500?
ASTM A500 includes four main steel grades for hollow structural sections—Grades A, B, C, and D—each tailored to specific structural needs. These grades differ in chemical composition, mechanical strength, and typical applications, allowing for optimal material selection based on performance requirements. Below is a concise overview highlighting the key distinctions among these grades.
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What is carbon steel pipe life expectancy?
Carbon steel pipes are manufactured by piercing steel ingots or solid round billets into hollow tubes (capillaries), followed by hot rolling, cold rolling, or cold drawing processes. They play a crucial role in the steel pipe industry due to their versatility and wide range of applications.
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ASTM A500 steel pipe specifications
ASTM A500 is a standard specification that covers cold-formed, welded, and seamless carbon steel structural tubing available in round, square, and rectangular shapes. Here's an overview of the typical ASTM A500 steel pipe specifications.
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AS 1074 / NZS 1074 steel pipe
AS/NZS 1074 is the Australian and New Zealand standard for general-purpose steel pipes and fittings. Here is an overview of AS 1074 / NZS 1074 steel pipe.
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Table of tolerance ASTM A530 / A530M steel pipe
When it comes to the manufacturing and quality assurance of carbon and alloy steel pipes, ASTM A530 / A530M serves as the general specification that governs the dimensional tolerances, surface finish, straightness, and other critical requirements. Whether used for structural purposes, mechanical systems, or pressure piping, steel pipes must meet precise standards to ensure performance, safety, and compatibility. This blog provides a detailed look into the tolerance tables outlined in ASTM A530 / A530M, including ovality, wall thickness, length, and straightness limits.
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Requirements for seamless pipe straightness tolerance
Seamless pipes (SMLS) are widely used in industrial applications, and straightness is a key quality parameter. In general, seamless steel pipes are expected to maintain a certain degree of straightness; otherwise, deviations may negatively affect their performance. To ensure consistent quality, national standards have been established to define acceptable straightness criteria for seamless pipes. This article provides a detailed overview of these standards.
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What is black steel pipe?
Black steel pipe, also known as "Schedule 40" pipe, is named for its dark appearance, which results from a layer of iron oxide formed during the manufacturing process. It is primarily used for gas transportation, including connecting appliances to their gas supply lines. This article will briefly introduce black steel pipe.
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Welding techniques and coating treatment for ASTM A53 SSAW steel pipes
ASTM A53 SSAW (Spiral Submerged Arc Welded) steel pipes are widely used in industries such as oil and gas transportation, water supply systems, and structural engineering due to their excellent strength, durability, and cost-effectiveness. However, to ensure long-term performance and safety, both the welding process and surface coating treatment play a critical role in the pipe's overall quality. In this blog, we’ll explore the key welding techniques applied during the manufacturing of ASTM A53 SSAW steel pipes, and delve into the coating treatments that enhance corrosion resistance, extend service life, and ensure compliance with industry standards.
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