While automation greatly enhances productivity, it also places additional demands on steel components. This article examines why wear resistant
Ultimately, the properties of wear resistant and
As a growing number of mining projects strive for greater levels of productivity through automation, this knowledge will be vital to ensuring that wear resistant and
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are vital to modern, enhanced production.Pure metals are rarely used in manufacturing because they are too soft. Instead,
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s contain the non-metallic elements carbon and nitrogen, the atoms of which fill the gaps between the steel’s iron atoms. Ultimately, the properties of wear resistant and
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s should link directly to customers’ needs. This applies to a steel’s compatibility to heat treatment facilities and melt shops, where wear resistant grades are through-hardened in a process known as quenching and tempering (Q&T). The steel’s grain structure is changed to increase toughness and improve formability, which makes the material less brittle.As a growing number of mining projects strive for greater levels of productivity through automation, this knowledge will be vital to ensuring that wear resistant and
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s remain fundamental in withstanding the rigorous demands.