Australian General Engineering

Australian Engineering Metal Fabrication Techniques Whether you have invested six decades in a sheet metal fabrication store or you are learning the fundamentals of the trade, Australian General Engineering ’s guide to sheet metal strategies can assist pros and beginners alike. This glossary information sheet metal fabrication approaches from start to finish. There are a lot of methods to shape, join, and cut sheet metal– far too many to cover them all in depth in a single post. Today, the team here at Australian General Engineering believed they ‘d share a few of their favorite/best sheet metal fabrication techniques with you! Let’s get started: Resistance Welding For joining two sheets of stainless steel, a couple of welding strategies produce outcomes on par with resistance welding. In particular, the Australian General Engineering team benefits from Medium Frequency Direct Existing (MFDC) utilizing a computer-controlled welding machine. This PERFECT welding device can make w

Galvanized Sheet Metal, How Does It Work? Galvanized sheet metal is a steel or iron product that has a protective zinc coating to prevent rusting.  According to the GalvanizeIt! Online Seminar  from the  American Galvanizers Association , this method provides corrosion protection, durability under harsh conditions, a long lifespan, versatility, availability, and sustainability. See how sheet metal fabrication shops, achieve  galvanized sheet metal for everyday projects , from construction and transportation to agriculture and recreation: Electrogalvanizing.  This process is when a layer of zinc is bonded to stainless steel using electroplating, which is when a fabricator runs a current of electricity through a saline-and-zinc solution with a zinc anode (an electrode through which conventional current flows into a polarized electrical device). In electrogalvanizing, the polarized electrical device is a steel conductor. Compared to hot-dip galvanizing, this  sheet metal technique  

Today’s metal fabrication shops are far different from those operating in the booming post-World War II economy. A fluctuating market, cyclical industries, and the need for sophisticated equipment and quick turnaround times in both production and output have shops scrambling to maintain profitability. Metal fabrication is the process of building machines and structures from raw metal materials. The process includes cutting, burning, welding , machining , forming, and assembly to create the final product. Metal fabrication projects include everything from hand railings to heavy equipment and machinery. Specific subsectors include cutlery and hand tools; architectural and structural metals; hardware manufacturing; spring and wire manufacturing; screw, nut, and bolt manufacturing; and forging and stamping. The main benefit of metal fabrication shops is the centralization of these many processes that are often required to be performed in parallel via a collection of vendors. A one-