Understanding Stainless-Steel Fabrication & Its 5 Undisputable Advantages

Recommend Article
Article Comments
Print Article
Share this article on Facebook
Share this article on Twitter
Share this article on Linkedin
Share this article on Reddit
Share this article on Pinterest

The process of cutting and then bending steel into a product that is usable and functiona rvs hoekprofiel l is called stainless fabrication. The procedure of strengthening and hardening steel is costly when considered next to other metals. But the metal is very malleable. It can be readily:

  1. Bent
  2. Spun
  3. Folded
  4. Welded
  5. Machined
  6. Deep drawn

Welding Vs. Stainless-Steel Fabrication

The technique is often confused with welding, but the two are very different. While fabrication is the creation of a product from raw material, welding is a process done on the completed item. At times, the steel fabrication process incorporates welding. The welding method is generally applied in fabrication when a product needs to look aesthetically pleasing while being efficient. A simple example of welding is the joining of two fabricated stainless-steel items through heat and pressure.

Two Stainless Steel Fabricating Processes

  1. Work Hardening:

The method is utilised to strengthen steel by deforming it. The slower the speed of forming, the higher the deformation and strength. For this reason, some forming techniques are deliberately slowed down to improve their hardening capability.

Generally, for most stainless-steel alloys, the speed of hardening is rapid but the exact rate is specific to each grade. Fabrication techniques mostly use the austenitic variety of steel as it has a faster hardening rate when compared to carbon steel family.

The type of steel grade employed is dependent upon kind of hardening treatment being appropriated. The prerequisite for cold working is austenitic steel. When thermal treatment is the need of the hour, then steel grades from the martensitic family are put to work.

Benefits of work hardening rate

  • A project that needs corrosion resistance and extreme strength can leverage stainless steel because of its hardening rate. A few places that Stainless-Steel is used due to its work hardening property is in machine components, hospital equipment such as cryogenic machines and nuts and bolts.

The martensitic family has shown special defence against corrosion as compared to other SS groups. It is why people prefer the alloy for the production of:

  1. Tools
  2. Cutlery
  3. Bearings
  4. Valve Parts
  • Another advantage that works hardening accrues to stainless steel is magnetism. SS itself has a very slight magnetic quality, but those alloys which are known for speedier hardening tend to show m

Leave a comment

Your email address will not be published. Required fields are marked *