軋制技術(shù)的有關(guān)問題:

般在板邊緣較薄，扎或縱厚度偏差就叫做板凸度。如果板凸度足夠大，板厚偏差可以達(dá)到一定值，以至于鋼板不適用于在嚴(yán)格要求板厚精度的場合。當(dāng)厚度偏差增大（在板寬方向上厚度不同）導(dǎo)致在材料設(shè)計(jì)后產(chǎn)品損失中應(yīng)考慮增加板厚邊緣。

It is thinner on the edge of the plate, and the deviation of the ligation or longitudinal thickness is called the plate convexity. If the plate convexity is large enough, the thickness deviation of the plate can be reached to a certain value so that the steel plate is not suitable for the situation where the thickness of the plate is strictly required. When the thickness deviation increases (the thickness is different in the width of the plate), the thickness edge of the plate should be added to the loss of the product after the material is designed.

保持工作輥的上輥和下輥相對于軋機(jī)中心線對稱且在軸線方向上移動(dòng)。這種的工作輥移動(dòng)的設(shè)計(jì)，是用來改變工作輥和支撐輥的偏移需要大的移動(dòng)量。這種大移動(dòng)量的采用需要大量的改裝費(fèi)用，并且需要解決很多問題.

The upper and lower rolls of the work roll are symmetrical and move in the direction of the axis of the rolling mill. The movement of this work roll is designed to change the shift of work rolls and support rolls to require large amounts of movement. The use of this large shift of momentum requires a lot of modification costs, and many problems need to be solved.

短應(yīng)力線軋機(jī)具有如下優(yōu)點(diǎn)：

⑴容易實(shí)現(xiàn)負(fù)公差軋制，因?yàn)檐垯C(jī)的高剛度保證了產(chǎn)品的。

⑵可實(shí)現(xiàn)軋機(jī)左右兩個(gè)軸承的對稱調(diào)整，這對于穩(wěn)定軋制條件，提高作業(yè)率，節(jié)省檢修和更換導(dǎo)衛(wèi)、橫梁時(shí)間等具有重要意義。

Short stress line mill has the following advantages:

It is easy to realize negative tolerance rolling mill, because of the high rigidity to ensure high precision products.  

The symmetric adjustment can achieve about two rolling bearings, the stable rolling condition, improve operation efficiency, saving maintenance and replacement has important significance to guide and beam time etc.

按軋制品種、軋機(jī)型式和公稱尺寸來命名?！肮Q尺寸”的原則對型材軋機(jī)而言，是以齒輪座人字齒輪節(jié)圓直徑命名。

It is named according to the varieties of rolling, the type of rolling mill and the nominal size. The principle of "nominal size"

For rolling mills, they are named after the gear ring and the pitch diameter of the herringbone gear.