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absolute roughness, carbon steel pipe, cs pipe

Company News

absolute roughness, carbon steel pipe, cs pipe
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What Affect The Absolute Roughness of Carbon Steel Pipes

Date:2024-10-08View:491Tags:absolute roughness, carbon steel pipe, cs pipe

 

1. What is the absolute roughness of carbon steel pipe?

What is the absolute roughness of carbon steel pipe? The absolute roughness of carbon steel pipe refers to the absolute roughness of the inner surface of the pipe. The roughness of the inner surface of the pipe directly affects the resistance of the pipe, which in turn affects the working effect of the pipe such as flow rate or velocity. The absolute roughness of carbon steel pipe depends on the roughness of its inner surface. According to international standards, the absolute roughness value of some commonly used carbon steel pipes is generally between 0.02-0.05mm. This range has taken into account the processing accuracy of the pipe, surface treatment and other factors.

 

2. What factors affect the absolute roughness of carbon steel pipe?

The absolute roughness of carbon steel pipe is mainly affected by the following factors:

1) The roughness of the pipe;

(2) The surface corrosion, wear and tear of the material;

(3) The different environments and working media of pipe use;

 

3. What is the effect of absolute roughness on carbon steel pipe?

The roughness of the inner surface of the carbon steel pipe will increase the frictional resistance of the pipeline, resulting in increased power consumption of the pipeline, reducing the flow rate of the pipeline network and affecting the efficiency of the work. On the contrary, the smoother the internal surface of the pipe, the lower the frictional resistance when the fluid passes through the pipe, thus improving the working efficiency. So how do you conduct a pipe absolute roughness test? Absolute pipe roughness is generally measured by checking the accuracy level of the pipe's inner surface. Measurement methods mainly include the advancing method and the steel ball method. Among them, the advancing method is mainly applicable to pipes with relatively smooth inner surfaces, while the steel ball inspection method is applicable to pipes with relatively rough inner surfaces.

 

In conclusion, the absolute roughness of carbon steel pipe is an important factor affecting the performance of the pipeline, which has an important role in design, selection and flow calculation. When selecting pipes, the appropriate pipe and pipe internal surface roughness should be selected according to specific practical application scenarios and requirements.