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Material advantages and applications of hot-rolled seamless pipes
Hot-rolled seamless steel pipes are a prevalent material utilized across the steel sector, renowned for their superior qualities and broad applicability. These pipes are integral to a variety of sectors, including construction, mechanical engineering, and the oil and gas industries, among others.
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Carbon steel pipe materials, types and applications
Carbon steel pipe is a robust material composed of an iron and carbon steel alloy, typically containing between 0.05% to 2.0% carbon. Here's an overview of the carbon steel pipe materials, types and applications. Read on to learn more.
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Oil casing pipe material selection-carbon steel vs stainless steel
Oil casing pipe plays a vital role in the petroleum industry, serving as a conduit for resources like oil and natural gas. The choice of materials during the manufacturing process of these casings is critical to their quality and functionality. This article will examine the use of carbon steel and stainless steel in oil casing production, exploring their respective benefits and limitations.
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Detail of cold-drawn seamless steel pipe
The production of cold-drawn seamless steel pipes is a pivotal technique in the steel industry, characterized by intricate technology and a profound understanding of materials. The cold drawing process enhances the aesthetics and functionality of steel pipes, making them ideal for diverse engineering applications.
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Advantages of epoxy coated steel pipe
Epoxy coated steel pipes exhibit excellent performance in many aspects. Here's an overview of advantages of epoxy coated steel pipe.
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Factors affecting the service life of 304 stainless steel pipes
Interest often centers on the longevity of 304 stainless steel pipes. This discussion delves into the key factors that typically influence the service life of 304 stainless steel pipes.
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Why does stainless steel need anti-corrosion?
Stainless steel needs anti-corrosion treatment, mainly because it still contains a certain amount of iron ions inside. If it is not treated with anti-corrosion, it is easy to cause corrosion on the surface of the steel.
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The difference in appearance between technical casing and surface casing
Technical casing and oil casing are both types of casing used in the petroleum industry, but their specific uses are different.
Technical casing is mainly used in drilling, cementing and production processes. Its main function is to support the well wall and prevent well wall collapse and leakage. It can also seal the well head to prevent pressure leakage at the well head. Therefore, technical casing plays a vital role in the oil extraction process.
Oil casing is mainly used to transport oil and gas and prevent well wall collapse. After the oil and gas production is completed, the technical casing is removed, while the oil casing remains in the well pipe as a pipeline for transporting oil, natural gas and other resources. It needs to be resistant to corrosion, withstand high pressure, etc., and it also needs to ensure the smoothness and sealing of the inside of the pipeline.
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ASTM A213 Stainless Steel Seamless Tube
ASTM A213/ASME SA213 covers low alloy steel pipes and minimum-wall-thickness, seamless ferritic and austenitic steel, boiler and super-heater tubes and austenitic steel heat-exchanger tubes, designated Grades TP304,TP304H,TP304L,TP310S, TP310HCbN, TP316, TP316H, TP316L etc.
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Method for measuring hardness of carbon steel
When choosing a suitable method for measuring the hardness of carbon steel, you need to pay attention to the supply status of the steel and the requirements for measurement accuracy. Generally speaking, the indentation method is suitable for steel in the annealed or normal state, and the rebound method is suitable for steel in the cold drawn state. No matter which method is used, you need to pay attention to the measurement skills and the stability of the experimental environment in order to obtain accurate hardness values.
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