The Engineering Fabrication Of Metal

Thanks to a modern knowledge of physics and chemistry, it is possible to create complex alloys that meet a wide range of needs. Laboratories have tested many combinations, and a skilled engineer understands the relationship between metals well enough to draft a formula perfectly suited to any industrial need. Engineering fabrication is about using solid scientific theory to predict an alloy’s properties.

Blacksmiths once made tools without understanding their chemical composition. Today, metals can be made with very precise elemental ratios. This is important because strength and heat tolerance are critical factors in dealing with volatile industrial processes. An alloy might come in contact with caustic fluid or else must avoid a chemical reaction while containing other molten metals.

Precise super alloys can have almost any property desired. Traditional metal such as carbon steel can also meet exacting standards when its carbon ratio is strictly controlled. Strength, hardness, and conductivity are all important when using steel, and small differences can make a different metal.