埋弧焊接技术是管道、压力容器和储罐、轨道制造和大型建筑等重要应用领域理想的选择，有最简单的单丝形式，双丝结构，串联双丝结构，多丝结构。
Submerged arc welding technology is ideal for important applications such as pipelines, pressure vessels and tanks, rail manufacturing and large buildings. There are the simplest form of monofilament, double-filament structure, tandem double-filament structure, and multi-filament structure.
埋弧焊接技术可以在许多焊接应用中使用户受益匪浅，可提高生产率、改善工作环境、确保质量稳定等。正在考虑在埋弧焊接工艺上做改变的金属加工制造厂，应该是想到了能从此工艺上得到很多好处。
Submerged arc welding technology can benefit users in many welding applications, from increasing productivity to improving the working environment to ensuring consistent quality and more. Metal fabricators who are considering changing the submerged arc welding process should be thinking that there are many benefits to be gained from the process.
埋弧焊工艺是重工业应用的一项要求，例如管道、压力容器和储罐、机车制造和重型建筑 /挖掘。非常适合需要高生产率的行业，尤其是涉及非常厚的材料焊接行业，可以从埋弧焊中获得很多益处。其较高的熔敷率和行走速度可以对工人的生产力、效率和生产成本产生重大影响，这也是埋弧焊技术的关键优势之一。其他益处包括：焊缝的优异化学成分和机械性能、小的电弧可见度和低焊接烟尘、改进工作环境舒适性以及良好的焊缝形状和脚趾线。
The submerged arc welding process is a requirement in heavy industrial applications such as pipelines, pressure vessels and tanks, locomotive construction and heavy construction/excavation. Ideal for industries that require high productivity, especially those involving welding of very thick materials, many benefits can be derived from submerged arc welding. Its high deposition rate and travel speed can have a significant impact on worker productivity, efficiency and production costs, which is one of the key advantages of submerged arc welding technology. Other benefits include: excellent chemical composition and mechanical properties of the weld, minimal arc visibility and low welding fumes, improved work environment comfort and good weld shape and toe line.
埋弧焊接是一种送丝机制，使用颗粒状焊剂将电弧与空气分开。顾名思义，电弧是埋在焊剂里的，也就是说参数设置好之后，随着后续一层焊剂的流出，电弧是看不见的。焊丝由沿着焊缝移动的焊炬连续送入，将一段焊丝、部分焊剂和母材加热熔化形成熔池，冷凝形成覆盖一层焊渣的焊缝。焊接材料的厚度范围为 1/16”-3/4”，单道焊可实现100%熔透焊接。如果壁厚不受限制，可以多道焊，并对焊缝进行适当的预处理，选择合适的焊丝和焊剂组合。
Submerged arc welding is a wire feeding mechanism that uses a granular flux to separate the arc from the air. As the name implies, the arc is buried in the flux, that is to say, after the parameters are set, the arc is invisible as the subsequent layer of flux flows out. The welding wire is fed continuously by the torch that moves along the seam. A section of welding wire, part of the flux and base metal are heated and melted to form a molten pool, which condenses to form a weld covered with a layer of slag. Welding material thicknesses range from 1/16"-3/4", allowing 100% penetration welds in a single pass. If the wall thickness is not limited, multi-pass welding can be carried out, and the weld seam can be properly pretreated, and the appropriate wire and flux combination can be selected.