This article delves deep into the iron-carbon phase diagram, exploring the different states of matter along with explanations.| Fractory
Normalising involves heating metals to a set temperature, holding them there for a certain time and then air-cooling back to room temperature| Fractory
Material hardness can be a crucial property of a material when considering the environment. How to test and compare the results?| Fractory
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Tempering is a heat treatment process in which ferrous alloys are heated to a set point below its lower critical temperature. Tempering increases toughness, reduces brittleness and alters many other mechanical properties of metals.| Fractory
Material wear is divided into sub-categories - mechanical, corrosive and adhesive. We'll look at the mechanisms behind every type of wear.| Fractory
Heat treatment allows to change the properties of metal by manipulating it with heating and cooling. Learn more about the different methods.| Fractory
Annealing changes the material's properties to make it more ductile and less hard, reducing internal stresses & making it easier to work with.| Fractory
Mechanical properties of materials are important to know for material selection. Toughness, hardness, plasticity, tensile and yield strength all explained.| Fractory