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FIVE BEST PRACTICES FOR MULTI-MATERIAL WELDING IN MANUFACTURING

机译:制造业多材料焊接的五种最佳实践

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Carbon steel base materials are frequently used in many welding applications, offering easy weldability and affordability. But aluminum and stainless steel - and even materials like titanium and silicon bronze - are becoming more common in fabricating and manufacturing. Welding many types of materials can require an investment in more welding equipment and often takes more time for setup and changeover between applications. As more manufacturers and contractors are faced with the challenges of welding a wider range of materials, they want solutions that help save time and money. There are welding technologies and processes that make it easier and more efficient for operations to produce high-quality welds, no matter the material being welded. The material evolution in the manufacturing industry stems from several factors. In some market sectors, there is a push toward lighter weight and corrosion-resistant materials and components, which is driving the use of aluminum, high-strength steels and stainless steel. In addition, a growing manufacturing economy allows contractors and OEMs to take on more contracts - and a wider variety of jobs.
机译:碳钢基材经常用于许多焊接应用,提供易于焊接性和可负担性。但铝和不锈钢 - 甚至钛和硅青铜等材料 - 在制造和制造方面变得越来越常见。焊接许多类型的材料都可能需要投资更多的焊接设备,并且通常需要更多时间来设置和转换应用程序之间。随着更多制造商和承包商面临着焊接更广泛的材料的挑战,他们希望解决方案帮助节省时间和金钱。无论是焊接的材料,都有焊接技术和工艺使操作更容易和更高效地生产出高质量的焊缝。制造业的材料演变源于几个因素。在一些市场部门,有推动耐力和耐腐蚀性材料和部件,可推动铝,高强度钢和不锈钢的使用。此外,不断增长的制造经济允许承包商和OEM采取更多合同 - 以及更广泛的工作。

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