Most Common Uses of Stainless Steel in Modern Society

From the zippers made in Japan to the Sears Tower, everywhere we look in today’s modern world (or should we say the postmodern world), there is stainless steel. It is virtually ubiquitous. It is remarkable for its tensile strength, corrosion resistance and easy upkeep. These virtues make it the perfect material for several applications in different contexts. Also, stainless steel has a long life, and it can be recycled with 100% efficiency. While there are more than a hundred and fifty grades of stainless steel, only 15 are used in everyday objects found everywhere. 

The primary forms of stainless steel, which then go on to be fabricated into other stuff, are plates, bars, tubing and sheets. The construction industry and the Detroit automobile industry use stainless steel to an excessive degree. The art deco era in history saw the origins of stainless steel. The Chrysler Building shows evidence of stainless steel work at its topmost part. Stainless steel can be welded with relative stability. The most famous buildings worldwide carry the imprints of stainless steel. Automobiles also employ this magnificent metallic alloy. The Ford Motor Company began using stainless steel at its inception. The various cars have stainless steel in them, such as the trim and grills and the exhaust system. Other types of roadworthy and seaworthy equipment have stainless steel as a fundamental part of them. Examples include luxury cruise liners, tankers and a large number of vehicles. 

Stainless steel is the best thing for hospitals and medical centres since it is hygienic to the extreme. It can be gotten rid of any germs in an instant. Surgical and dental supplies contain it. Also, it is used in MRI scanning machines. Chemical plants, the oil business, and gasworks use this metal beyond the standard limit. That is because the alloy can function perfectly fine in highly toxic and hot environments. Several tanks, pipes and valves contain the alloy. Even offshore oil rigs are not immune to using stainless steel. There are also local builders that build staircases in this material, being staircase newcastle one of them. Like mentioned before, it is virtually omnipresent in society. 

Such modern-day energy schemes as solar, geothermal, hydro and wind are using this alloy regularly. Even the food we eat contains trace amounts of stainless steel since the pots and pans and kitchen utensils all have it in their making. The fridge, deep freezer and dishwashing machine employ their benefits freely and openly. Not only does stainless steel not rust, but it also doesn’t stain when it comes to water or any other liquid. Some common everyday objects that are made partially or entirely of stainless steel include the following: 

  • Kitchen Taps and Sinks, Spoons, Forks and Knives and Cooking Equipment
  • Surgical Implants, Forceps, Scalpels, Scissors and Dental Fillings
  • Suspension Bridges, Monumental Works, Statues and Airport Ceilings
  • Car Bodies, Railroad Carriages and Jet Airliners

Stainless steel is a very versatile alloy. It is multifunctional and has a ton of applications in real life. Stainless steel is also used in power generation plants. It comes in use in food catering and botanical growth stations as well. All the world’s architecture has its base in stainless steel. Pharmacy uses it in the packing of medical supplies. Medical trolleys and surgical instruments are other utilizers of this superalloy. Among some of the worldwide buildings and skyscrapers which employ stainless steel can be included the following: 

  • London Waterloo Station
  • Singapore Helix Bridge
  • New York One World Trade Center
  • Walt Disney Concert Hall

From ovens to pots and pans, stainless steel is the kingpin. All the heavy industrial works with their large pipelines and huge tanks pay homage to this substance made by humans with a little inspiration from Nature. Lab equipment for chemistry, physics and biology are also dependent on their raw materials. Finally, your home and office also have integrated stainless steel at some level or another. So you see, this alloy is all around the place. It is even in your washing machine, food and drinks packaging and indoor equipment. 

The thousand and one grades of stainless steel have their functions and applications. With industrial civilization and society heavily dependent upon fossil fuels such as oil, gas and coal, it is stainless steel which comes in at a close second position after these essentials. It is a metal alloy with mettle and magic in its very bones and ligaments. Its strength goes the length, and that is a definite thing. 

The Formation and Fabrication of Steel

The fabrication of steel is a challenging process. It involves the formation of raw steel into something of cultural usage by various methods. Fabrication is shaping the steel into something useful. It is rather like the difference between whole cloth and ready-made off the rack clothing. The primary raw input is melted till it is in molten form. Then it is added to steel. This steel is then moulded into the desired shape. 

This job takes tact and courage. The skilled worker who fabricates steel has to convert raw materials into usable products diligently. These then sell for a specific price in the marketplace. There is a minimal margin for blunders in this, so the workers have to work in high-stress conditions. Among the end, results are automobile spare parts and other consumer durables such as home electronics. 

Among the necessary steps of fabrication are: 

  • Machining: A particular machine cuts away or rather chops away at the useless parts of the raw material. Among the three types of devices involved in this operation are lathes, drills and mills. 
  • Cutting: Here, water under extreme pressure is used to cut through the materials. 
  • Welding: This process comes in handy to fold or join various parts together with each other. 

Steel fabrication is not easy. On the contrary, it requires intricate wisdom and special skills. Also, the resources that are necessary for steel fabrication are multiple. First, the product merely exists as an idea in the client’s head which is shifted onto paper. After the blueprints are ready, the required materials, tools alongside the precise specifications are settled carefully. Thus the deadline is met by adhering to the overall plan. 

Among some of the tools in the toolkit of the steel fabricator may be included: 

  • Cutting Saws
  • Shears
  • Laser Equipment
  • Punching Machines
  • Plasma Devices

The final assembly takes hard work and dedication, not to mention devotion to the craft. All this takes place in a lab or workshop. It takes some effort to convert steel pieces into useful objects in life. 

A steel fabrication agency has to take care of the following: 

  • The hiring of Experienced Staff
  • Competent designers
  • Meeting of the Highest Quality Standards
  • Provision of Customer Support
  • Stability of the Work Environment
  • Full Throttle Productivity 
  • Top-Notch Amenities
  • Material Economics
  • Keeping up with the Competition

While ancient civilizations used to do something similar on their industrial level and scale, today, it is a far more complicated and organized process.

Steel and Metal Differences and Resemblances

We often use the terms metal and steel interchangeably. It may be so in layman’s language, yet it is a confusing fact. The steel, of course, looks like an upgraded version of metal, so the likeness is understandable. The reality is very different, though, since they are both quite different from each other. 

Metal, for one, is a chemical substance that is naturally pure. It may include a variety of substances such as nickel, titanium and copper. 

Steel, though, is an alloy. An alloy is two substances that have been amalgamated into each other. Steel is an alloy of iron. It contains some carbon and hence is not having 100% purity like so many metals do. Therefore to be exact, and strictly speaking, steel isn’t metal at all. Strange as it may seem, this statement is the truth. Truth, after all, is stranger than fiction. Thus, we must be honest enough to admit that steel and metal are not synonymous words in science’s complex language. Appearances are deceiving since the two looks the same to the naked eye, and when touched, they feel like the same thing. But such is hardly the case. 

Metals are generally found beneath the earth’s surface, from which they have to be mined by workers. Steel is a metal with carbon added to it in the heating process. 

  • Nature creates metal. Steel is an artificial alloy that is, on the contrary, made by man. It is a product of culture instead of Nature. Although it too seeks its primary raw materials from Nature, they have been reorganized and denatured by humanity to give a more solid substance. 
  • Steel is much stronger than metal since the ingenuity of humanity made such an alloy possible. 
  • The various objects metal makes possible include jewellery, decorations and implants for surgical operations. 
  • Steel, though, is used for tall buildings, homes, maritime vessels and arms ammunition. Automobiles which are wonders of mechanical engineering, and bridges which are works of civil engineering, both owe their existence to metals. Metals can be divided into common types, semi-rare and rare kinds. 
  • When chromium is added to steel, we get stainless steel used in pots and pans resistant to wear and tear. The primary and unique thing about steel is its capacity to bear a heavy load without bending or breaking.