Humans have been engaged in discoveries and innovations since the oldest days & even prior to civilization. The objective has been to simplify life and living and improve the quality, strength and durability attributes. In our long journey of evolution till age, there were definitely some milestone achievements and iron and steel could be counted among this segment. Though the development of iron and steel are separated by centuries of gap, these two products have changed the landscape; especially if talk of their uses in the construction sector. Steel has now become the indispensable component in the making of sturdy and magnificent structures that could be really boasted of. Stainless steel rods and other products are actively utilized to ensure high strength and resilience of the building against all types of disasters including the natural calamities. It won’t be incorrect to say that stainless steel helps to withstand the adverse impacts and losses caused by natural disasters! Let’s see how steel has become such important in negating the impacts of natural calamities.

Stainless steel is an alloy of iron that is produced by adding minor quantities of elements like chromium, carbon and others. Various types of steel like 304, 316 have differing alloying compositions. However, every type of SS is invariably known for the extremely high strength and resilience against stresses. Stainless steel pipes and tubes and also wires are therefore used in buildings, bridges and other structures to deliver high strength and thus ensure long life without any issues. High impact storms cannot affect SS structures thus preventing the losses.

Another salient attribute of SS is its rust resistance. Steel is almost unaffected by the rusting agents like water/moisture, salinity and oxygen. The stainless steel pipes and tubes that are used to make bridges have proved highly versatile and developed least signs of corrosion even after decades and centuries in different parts of the world. When the natural disaster like cyclone, storm etc strikes then these SS structures stand tall without any losses; because rust cannot destroy the base material that remains intact.

Stainless steel is an alloy with one of the highest elasticity quotients among whole range of products. This means that the effect of vibration like during earthquakes is minimum on the buildings and structures that are built with stainless steel rods and girders. The steel rods that are used as reinforcements in the concrete pillars prevent the collapsing of the structure thus averting huge losses.

SS is very tolerant to temperature induced changes. This means that the extreme temperatures cannot effectively denature the steel and the properties of elasticity and strength are retained. Very low temperatures do not make steel brittle while high temperatures do not melt it. Thus SS is perfect construction option in high temperature variability climates.

Stainless steel rods and wires do not develop much of metal fatigue when under continuous stress. Therefore these are used in making mammoth size suspension bridges that brace the sea storms without getting broke.

These qualities of stainless steel make it a fine construction and reinforcement material and also prevents the losses from the natural disasters of diversity.