花紋鋁板廣泛地運(yùn)用于種種焊接布局產(chǎn)品中，要緊是由于花紋鋁板具有分量輕、強(qiáng)度高、耐侵蝕性能好、無磁性、成形性好和低溫性能好等特色。不過，我們在焊接花紋鋁板時(shí)會碰到少許難題，我們?nèi)艉无k理呢？下面，由鋁板生產(chǎn)廠家的小編為朋友們說明一下花紋鋁板焊接的難度有哪些？
　　Patterned aluminum plate is widely used in all kinds of welding layout products. The main reason is that it has the characteristics of light weight, high strength, good corrosion resistance, non magnetism, good formability and low temperature performance. However, we will encounter some difficulties when welding figured aluminum plate. How can we deal with it? Next, let's explain the difficulty of welding patterned aluminum plate by our friends?
　?。?）花紋鋁板合金焊接討論軟化緊張、強(qiáng)度系數(shù)低，這是攔阻花紋鋁板合金運(yùn)用的非常大停滯。

　　(1) the welding of checkered aluminum plate alloy is characterized by softening tension and low strength coefficient, which is a great stagnation in the application of checkered aluminum plate alloy.
　?。?）花紋鋁板合金焊接輕易發(fā)生氣孔。
　　(2) pores easily occur in the welding of figured aluminum plate alloy.
　?。?）花紋鋁板合金焊接易發(fā)生熱裂紋。
　　(3) heat cracks are easy to occur in the welding of figured aluminum plate alloy.
　?。?）花紋鋁板合金線伸展系數(shù)大，易發(fā)生焊接變形。
　　(4) the alloy line of figured aluminum plate has a large extension coefficient and is prone to welding deformation.
　　（5）花紋鋁板合金外貌易發(fā)生難熔的氧化膜，這需求接納大功率密度的焊接工藝。
　　(5) the appearance of checkered aluminum plate alloy is easy to produce refractory oxide film, which requires high power density welding process.
　?。?）花紋鋁板合金熱導(dǎo)率大，相像焊接速度下，熱輸入要比焊接鋼材大二到四倍。
　　(6) the thermal conductivity of checkered aluminum alloy is large, and the heat input is two to four times larger than that of welded steel at the same welding speed.
　　以上是鋁板生產(chǎn)廠家為大家所述花紋鋁板的焊接工藝請求接納能量密度大、焊接熱輸入小、焊接速度高的高效焊接技巧。本文來源：http://www.liyukeji.com，轉(zhuǎn)載請注明出處。
　　The above is the efficient welding skill of high energy density, small welding heat input and high welding speed that aluminum plate manufacturers request for the welding process of patterned aluminum plate described by you. Source: http://www.jndclyxgs.com, reprint please indicate the source.