Seamless Wires Optimize Current Transfer
Hobart will showcase filler metals designed to improve quality and productivity in fabrication and manufacturing welding applications.
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DMG MORI - Cincinnati
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Hobart will showcase filler metals designed to improve quality and productivity in fabrication and manufacturing welding applications. Megafil seamless wires resist moisture pickup to reduce the risk of hydrogen-induced cracking. Available in flux- and metal-cored varieties, they feature a copper coating to improve wire feeding and optimize current transfer for high-quality welds. They are well-suited for field fabrication applications in challenging climates.
The company will also display its Element low-manganese wires for high-volume manufacturing and welding in confined areas, as well as its MaxalMig 4943 aluminum filler metals offering low welding smut and discoloration.
