c型钢光伏支架热轧和冷轧后，拉伸矫直是要用的种平整方式。拉伸矫直是拉伸和弯曲技术的组台，所需操作功率输入不高。能有效地得到优良的平直度矫正能力，对于类缺陷，平直度可以提高100倍。

After hot-rolled and cold-rolled c-beam photovoltaic support, stretch straightening is the first leveling method to be used. Tension straightening is the combination of stretching and bending technology, and the required operating power input is not high. It can effectively obtain excellent straightness correction ability. For the first type of defect, the straightness can be increased by 100 times.

离开热轧机后，在进一步冷轧前，碳钢和不锈钢卷通常要经过酸洗。接仲矫直用在大多数现代化的酸洗线上改善c型钢光伏支架的平直度，减少翘曲并有助于破鳞，将拉忡矫直机放在酸洗线的入口端可以去除部分铁鳞，提高酸洗效率。

After leaving the hot rolling mill, carbon steel and stainless steel coils are usually pickled before further cold rolling. The connecting straightening machine is used in most modern pickling lines to improve the flatness of the c-shaped steel photovoltaic support, reduce warpage and help to break scales. Placing the straightening machine at the inlet of the pickling line can remove some iron scales and improve the pickling efficiency.

济南C型钢厂提醒，酸冼过程中c型钢光伏支架平直度的提高可以较好地通板并减少带钢噪音。减少翘曲，可以使带钢快速通过酸洗线而没有通板问题。用高质量的焊机焊带时，板形不好的钢带头尾部分可以经过矫直达到和钢卷主体一样的质量。铁鳞粉末可以掉入湿的渣泥中或经过导管吸尘系统将浮尘吸收去除。

Jinan C-beam steel plant reminded that the improvement of the straightness of the C-beam photovoltaic support during the pickling process can better pass through the plate and reduce the strip steel noise. Reducing warpage can make the strip steel pass through the pickling line quickly without passing through the plate. When using a high-quality welding machine to weld the strip, the head and tail of the steel strip with poor shape can be straightened to reach the same quality as the main body of the steel coil. The iron scale powder can fall into the wet sludge or absorb and remove the floating dust through the duct dust suction system.

在c型钢光伏支架的热轧和冷轧过程中，主要的目的是使c型钢光伏支架达到预定的厚度和形状。同时要保证c型钢光伏支架的平直度。在轧制以后的平整过程中，c型钢光伏支架要达到终使用时的平直度要求，改进c型钢光伏支架的性能和涂层质量。提高平整工序的产量和生产率。

During the hot-rolling and cold-rolling process of c-beam photovoltaic support, the main purpose is to make the c-beam photovoltaic support reach the predetermined thickness and shape. At the same time, the straightness of the c-type steel photovoltaic support shall be guaranteed. During the leveling process after rolling, the c-section steel photovoltaic support shall meet the flatness requirements at the end of use, and the performance and coating quality of the c-section steel photovoltaic support shall be improved. Improve the output and productivity of the leveling process.

为了改善c型钢光伏支架的平直度、应用了不同形式的平整技术，可使c型钢光伏支架获得特定的形状以便于进一步的轧制。钢带轧制完了后。在终发货前，还要经过多次开卷、重卷和热处理过程。在这些过程中，拉伸矫直和辊式平整要用到很多次，以改变c型钢光伏支架的板形。

In order to improve the straightness of the c-beam photovoltaic support, different forms of leveling technology are applied, which can make the c-beam photovoltaic support obtain a specific shape for further rolling. After the steel strip is rolled. Before the final delivery, there are many uncoiling, rewinding and heat treatment processes. In these processes, stretch straightening and roll leveling are used many times to change the shape of the c-beam photovoltaic support.

c型钢光伏支架轧制后的加工处理相关内容就讲解到这里了，您对此有什么想法呢？可以随时来我们网站http://www.jnjgcg.com留言咨询！

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