Austenitic, Ferritic, Martensitic, Duplex & Precipitation Stainless steel Mechanical Behaviour Now a day, steel industry has a major influence on the commercial market. Deviation in the industry has a huge… Read more
When human life just evolved on our planet, the man used different means to find shelter against the natural forces of wind, water and heat energy. In the very beginning,… Read more
One of the most important advantages of stainless steel is its high resistance to corrosive environments. The principle alloying element imparting corrosion resistance is Chromium. Chromium forms a thin and… Read more
Food comes in contact with metals in various stages of its processing. In order to prevent any transfer of harmful elements from metals to food, it is imperative to understand… Read more
Introduction Stainless steel contain Chromium as the principle alloying element other than ferrous. Chromium in the presence of oxygen forms a thin layer around the metal, thus shielding it from… Read more
Ferritic Stainless Steels are magnetic in nature and have BCC (body centred cubic ) lattice structure. They have high chromium (10.5-27 % by wt.) and low carbon (0.03-0.12 % by… Read more
Ambica steels LTD. has won the top Award in Design Infrastructure Management category during the 8th edition DataCenter Summit. Ambica received the award for its proficiency in IT infrastructure management… Read more
Steel forms an integral part of our lives. It is one of the most widely used commodities. It is extensively used in Infrastructure, Transport, Energy, Packaging and consumer durable industries.… Read more
“Ni” abbreviated as nickel is one of the major constituent of stainless steel which is solely responsible for providing strength and hardness to its parent alloy. More than two-third of… Read more