Zinc Coated Galvanized Stainless Steel Wire Grade 304 Hot Dipped Gi Wire Rod 0.3mm 12 17 18 Gauge

Zinc Coated High Carbon Galvanized Steel Wire Hot Dipped Gi Wire Rod 0.3mm

The properties of stainless steel have to be considered before choosing a weld. For example,304 or 316 stainless steel, they are corrosive-resistant and have a high tensile strength. Chrome-nickel stainless steel alloys have a high electrical resistance and cool off fast. Since stainless steel alloys bond and solidify quickly with minimal distortion, resistance welding is the best welding technique for stainless steel.

Using a resistance weld for stainless steel welding is an easy, smoother process when compared to other metals. Due to its high resistance to current flow, heat at the weld joint is generated easier and quicker than mild steel.

Resistance welds can be completed incredibly fast since resistance welding works by passing electricity through a material and generating heat by resistance. Stainless steel tends to get up to weld temperature very quickly, which allows for quick welding.

While resistance welding is similar to arc welding because both apply an electrical current to help join two pieces of metal together, it does not require a filler like arc welding. Instead, resistance welding uses pressure to bind the two materials being welded together. Resistance welding is also the best overall welding method for stainless steel since, without the use of a filler, there is much less risk of weld splatter and a much “cleaner” look to the product. Using resistance welding also reduces the risk of discoloration and burns around the weld site because a resistance-type stainless steel welding machine operates so quickly.