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2025-05-30Product News
Is 304 stainless steel welded pipe corrosion resistant?
In industrial and construction sectors, 304 stainless steel welded pipes are highly valued for their exceptional corrosion resistance and reliable performance in harsh environments. These pipes withstand degradation caused by atmospheric exposure, moisture, and a wide range of chemicals, making them a preferred material for critical applications. As industries continue to evolve and operating conditions grow more complex, higher standards are being set for the corrosion resistance of 304 stainless steel. This article explores the corrosion-resistant properties of 304 stainless steel welded pipes, highlights their real-world performance across industries, and discusses advanced methods to enhance their durability.
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2025-05-28Product News
ASME SA312 TP321 stainless steel welded steel pipes
As a high-performance, multi-purpose industrial piping material, ASME SA312 TP321 stainless steel welded pipe plays a critical role across a wide range of industries—including petroleum, chemical, nuclear energy, aerospace, and food processing—thanks to its unique material properties and broad applicability.
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2025-05-28Product News
ASTM A179 vs ASTM A192 seamless tubing
ASTM A179 / ASME SA179 covers cold-drawn seamless low-carbon steel tubes specifically designed for use in heat transfer systems such as heat exchangers and condensers. ASTM A192 / ASME SA192 applies to seamless carbon steel boiler tubes intended for high-pressure service. This article will introduce the key differences between ASTM A179 and ASTM A192 seamless tubing.
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2025-05-27Product News
ASTM A179 high-temperature boiler tube
ASTM A179 / ASME SA179 high-temperature boiler tubes are cold-drawn seamless low-carbon steel tubes designed specifically for heat transfer applications such as heat exchangers, condensers, and low to medium temperature boiler systems. These tubes are known for their high dimensional accuracy, smooth surface finish, and excellent wear resistance, making them a preferred choice in industrial heat exchange systems.
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2025-05-27Product News
Treatment methods for corrosion pits on the outer wall of boiler tubes
The outer wall of boiler tubes is frequently exposed to high temperatures, high pressure, and chemical environments, making it vulnerable to various forms of corrosion and pitting. These issues not only compromise the performance of boiler systems but also pose serious safety risks if left unaddressed. Below are the primary causes of corrosion on the outer wall of boiler pipes and effective treatment methods.
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2025-05-26Product News
Factors affecting the polishing performance of stainless steel elbows
Stainless steel elbows are vital components in modern piping systems, known for their exceptional strength, corrosion resistance, and long-lasting durability. Typically manufactured from 304 or 316 stainless steel, these elbows provide high tensile strength and impact resistance, ensuring safe and stable fluid transport even under high pressure.
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2025-05-26Product News
Thermal conductivity of 316 stainless steel pipe
Thanks to its durability and corrosion resistance, 316 stainless steel pipes are extensively used in industries such as chemical processing, marine engineering, food production, and pharmaceutical manufacturing. In addition to corrosion resistance, thermal conductivity is a crucial factor in engineering applications. This article explores the thermal conductivity of 316 stainless steel, its influencing factors, practical use cases, and comparisons with other metals.
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2025-05-23Product News
Fire tube boiler tube
The fire tube boiler is a classic and cost-effective boiler design that has been in use since the 18th century. It operates by burning fuel within a furnace to heat water inside tubes, generating steam. Among its key components—furnace body, tubing system, flue, and control system—the boiler tube plays a critical role in determining overall performance.
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2025-05-23Product News
What is a stainless steel precision tube?
Stainless steel precision tube refers to a type of stainless steel tubing manufactured with tighter dimensional tolerances, enhanced surface finishes, and superior mechanical performance compared to standard stainless steel tubes or carbon steel pipes. These high-precision tubes are engineered for applications that demand extreme accuracy, high cleanliness, and excellent corrosion resistance. Unlike regular stainless steel tubes, precision stainless steel tubing undergoes more rigorous quality control in terms of outer diameter tolerance, wall thickness, and surface treatment, ensuring minimum deviation and maximum performance. This makes it highly valued in high-tech, medical, and industrial applications.
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2025-05-22Product News
Heat treatment and rust removal methods for boiler tubes
Boiler steel pipes are classified into medium-pressure and high-pressure types, and are predominantly manufactured using seamless processing techniques due to the demanding operating conditions. This article will briefly introduce heat treatment and rust removal methods for boiler tubes.
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2025-05-22Product News
Which material is used for boiler tubes?
Boiler tubes are a specialized type of piping designed to operate in high-temperature, high-pressure environments. Tube specifications are generally defined by outer diameter (or side length) and wall thickness, and range from fine capillary sizes to large-diameter tubes measuring several meters across. These tubes are widely used in industrial boilers, heat exchangers, power stations, and related thermal equipment, where they serve as critical components. Based on temperature performance, boiler tubes are categorized into general boiler tubes and high-pressure boiler tubes.
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2025-05-21Product News
Thick-walled flanges for industrial use
Thick-walled flanges are critical components widely used in industrial systems to connect pipelines, pressure vessels, and heavy-duty equipment. What sets them apart is their increased wall thickness—typically 30% to 50% thicker than standard flanges—enabling them to endure extreme pressures, temperatures, and mechanical loads. Below, we explore their definitions, structural classifications, performance characteristics, manufacturing processes, and practical applications.
