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  • Measuring Metal Strength : Tensile Strength and Impact StrengthTensile strength and impact strength are two of the most important factors to consider when choosing a metal for a particular project, particularly when it comes to structural applications. It’s critical to understand these mechanical properties and how...

  • How to prevent metal corrosion What causes corrosion?Corrosion is the process where metal degrades as it comes into physical contact with a gas or liquid. This contact causes an electrochemical reaction which results in oxidisation on the metal’s surface and is often visible to the naked eye. Most metals are susceptible to corrosion. Metals are used extensively in harsh environments such as automo...

  • Which metals are magnetic?What is a magnet?A magnet is an object that generates a magnetic field, these always contain metal, however, not all metals are magnetic. Magnets are almost everywhere you look, in applications as tiny as microchips all the way up to industrial motors, fuel pumps and power generators. In fact, the famous particle accelerator the Large Hadron Collider consists of roughly 1...

  • Ferrous metals vs non-ferrous metals What is the difference between ferrous metals and non-ferrous metals?Before we explore the different properties and characteristics of ferrous and non-ferrous metals, it’s important to understand the fundamental difference between the two; ferrous metals are metals that contain iron, while non-ferrous metals do not. Generally speaking, ferrous metals are cheape...

  • What is the strongest metal? How can you test the strength of metal? The strength of metal can be measured using different scales; tensile strength, compressive strength, yield strength, surface hardness, and impact strength. Each of the different ways to measure strength have their benefits and disadvantages, so it is worth taking the time to understand the difference between the techniques to ...

  • What is the strongest metal? How can you test the strength of metal? The strength of metal can be measured using different scales; tensile strength, compressive strength, yield strength, surface hardness, and impact strength. Each of the different ways to measure strength have their benefits and disadvantages, so it is worth taking the time to understand the difference between the techniques to ...

  • Steel finishing is an indispensable process in the rolling steel production process. The purpose of finishing is to ultimately guarantee product quality. Finishing includes all the operations of rolling steel after cooling (such as slow cooling, etc.), heat treatment, straightening, pickling, cleaning, grading, and packaging until the finished product warehouse. Due to the technical requirements o...

  • It refers to the state of final plastic deformation or final heat treatment of the delivered product. The hot-rolled or cold drawn (rolled) state or manufacturing state generally delivered without heat treatment; the heat treatment state after heat treatment delivery, or the normalizing, tempering, solid solution, annealing according to the type of heat treatment status. When ordering, the deliver...

  • When the hardness of the steel is below 500 HB, the tensile strength is proportional to the hardness, kg/mm2(óB)=1/3 X HB=3.2 X HRC=2.1 X HS, but the above relation is not in any case. Established, from the aspect of heat treatment, when the tempering temperature is low, the correlation between kg/mm2 and HRC may be destroyed. The relationship between tempering temperature, hardness and tensile st...