壓力鋁卷的組成件普通都是規(guī)范件，鋁卷因而壓力管道組成件的設(shè)計(jì)主要是其規(guī)范件的選用，鋁卷管道壓力等級(jí)確實(shí)定也就鋁卷是其規(guī)范件等級(jí)確實(shí)定。【鋁卷】管道的壓力等級(jí)包括兩局部:以各種鋁卷公稱壓力表示的規(guī)范管件的公稱壓力等級(jí)；以壁厚等級(jí)表示的的規(guī)范管件的壁厚等級(jí)。
　　The components of pressure aluminium coil are usually standard parts, so the design of pressure pipeline components is mainly the selection of standard parts. The determination of pressure grade of aluminium coil pipeline is also the determination of aluminium coil's standard parts. [Aluminum coil] The pressure grade of pipeline includes two parts: the nominal pressure grade of standard pipe fittings expressed by various aluminium coil nominal pressure gauges and the wall thickness grade of standard pipe fittings expressed by wall thickness grade.

　　管道的壓力等級(jí)：通常把鋁管中由規(guī)范管件的公稱壓力鋁卷等級(jí)和壁厚等級(jí)共同肯定的能反映管道承鋁卷壓特性的參數(shù)叫做管道的壓力等級(jí)?！句X管】而習(xí)氣上為簡(jiǎn)化描繪，【鋁卷】常把管道中管件的公稱壓力等級(jí)叫做管道的壓力等級(jí)。
　　Pressure grade of pipeline: The pressure grade of pipeline is usually defined as the parameter that can reflect the pressure characteristic of pipeline supported by aluminium coil, which is affirmed by the nominal pressure aluminium coil grade and wall thickness grade of the standard pipe fittings. In order to simplify the description, the nominal pressure level of pipe fittings in pipelines is often called the pressure level of pipelines.
　　鋁卷壓力等級(jí)確實(shí)定是壓力管道設(shè)計(jì)的根底，也是設(shè)計(jì)的中心。鋁板鋁卷它是壓力管道布置、壓力管道應(yīng)力校核的設(shè)計(jì)前提條件，【鋁錠】鋁卷也是影響壓力管道基建投資和管道牢靠性的重要要素。
　　The pressure grade of aluminium coil is the foundation of pressure pipe design and the center of design. Aluminum sheet coil is the precondition for the layout of pressure pipeline and stress checking of pressure pipeline. Aluminum ingot coil is also an important factor affecting the investment in construction of pressure pipeline and the reliability of pipeline.
　　以上是鋁卷生產(chǎn)廠家對(duì)鋁卷壓力等級(jí)如何確定的相關(guān)介紹，本文來(lái)源：http://86028744.cnThe above is an introduction about how to determine the pressure grade of aluminium coil by aluminium coil manufacturer. The source of this paper is http://86028744.cn.