Daily Archives: February 24, 2014

Steel Fabrication – Stainless Steel Fabricating Processes

Stainless steel fabrication is versatile and mostly refers to the process of bending and cutting. Due to its resistance to stains, rust and corrosion, stainless steel is considered extremely popular for steel fabrication. There are myriad different steel fabrication techniques which include work hardening, machining and welding. Irrespective of the high strength offered by stainless steel, it is malleable enough to be machined, welded, bent or folded.

Stainless Steel can be easily fabricated by all the standard steel fabrication techniques. Steel fabrication methods are widely used to create household appliances or vehicular parts etc. Work hardening with Stainless steel imparts strength through deformation and the process is relatively quicker when compared with other metals. The hardening rate completely depends on the specific grade of the alloy. The austenitic alloy can be only hardened through cold working. The work hardening method of steel fabrication also increases magnetism of stainless steel.

Machining stainless steel can be certainly complex because it involves chipping and machining. Steel fabrication involving machining can be definitely improved by using large tools to dissipate heat, applying coolants to the equipment, use of chip breakers, and use of machine tool that reduces vibration. The free machining grades have lower corrosion resistances when compared with non-free equivalents.
Depending on the grade of stainless steel used, there can be different levels of efficiency achieved by welding services.

The austenitic grade of steel can be readily welded. Using heat, pressure and electricity the appropriate process of steel fabrication is completed. In order to achieve superior accuracy, the steel fabrication companies make use of cutting edge technology to keep a track. Decorative motifs, grills and steel frames are some of the most common applications of steel fabrication. At slower forming speeds, steel fabrication results in greater deformation. There are several other processes which may be used during steel fabrication which includes ladders, pipes, hand rails etc.