Magnesium–magnesium bimetal composites plate

product name：Magnesium–magnesium bimetal composites plate

 

Introduction

Magnesium alloy is an important engineering light metallic material due to its high specific strength, high specific stiffness, better casting properties and good machining properties. The research and application of Mg alloys have been extended from navigation and military fields to those civil products with high additional value such as automobile, computer and communication equipments. In many cases, one single light metal material does not satisfy all the requirements of high performance at a low cost. Therefore, the bimetal composites such as Mg/Al, Al/Al and Mg/Mg are attracting more and more attention in recent years due to the combination of their outstanding properties from the bonding metal components

 

Production Process:

What Is the Process of Making Wear-Resistant Steel Plates?

Quenching is the technique of rapidly cooling a substance or workpiece in water.

Tempering, the process of heating the material to a higher temperature in air, is then used to treat it.

The formation of crystalline structures in the material occurs when a piece is heated and quenched, and this is what improves the hardness of the metal.

The reheating process breaks up the structures and the crystals that have formed, making the material malleable.

It's the repetition that makes it hard, tough and difficult to break.

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