Purpose Of Using Master Alloys

Master alloys are a specific metal combination. The term refers to an alloy metal containing an abundance of specific elements, usually bases substances and other materials. The content may be as much as 50% of the major alloy element. Unlike other metals, they are not a completed product. A semi-finished material, they appear in diverse shapes before being utilized to achieve an intended goal. A master alloy, therefore, is not an end unto itself. It is one ingredient vital to producing a specific result.

Getting in Shape

The alloys arrive or a reproduced in one of several shapes. These include

  • Rod in coils or wires in rings
  • Waffle plate can be as great as 15 kg
  • Splatters
  • Shots

They can also be shipped in any of these forms for application.

Master Alloys: Their Purpose in Metal Work

A master alloy is a product that finds applications in a global context. Wherever, plants and fabricating shops melt metal, you will find master alloys. The chosen metals for the process range from aluminum to steel. They can consist of precious metals or base ones. The most common types, however, are the following three:

  1. Aluminum
  2. Copper
  3. Nickel

Once they become a master alloy, they find their way into various applications. Common uses for such alloys fall both into the economic and technical categories. Companies prefer to use this type of alloy for one or all of the following reasons:

  • Adjusting the composition: By adding a master alloy, a chemical adjustment occurs that will meet the desired specifications of the manufacturer for this component or workpiece
  • Property Alterations: By controlling the structure of the workpiece, the alloy can change the properties of the metal to desirable ones
  • Economic: It is often cheaper to employ a master alloy than to use a pure substance. Sometimes, pure metals do not produce the expected results that alloys are capable of achieving or they might melt completely at the temperatures required to perform the desired operation. Using a master alloy saves money by reducing the time required as well as the amount of energy needed.

The ability of a master alloy to alter properties or qualities is one of the major reasons why companies prefer to use them. They may perform a role as a “grain refiner”, “hardener” or “modifier.” In doing so they imbue the much desirable properties of

  • Aesthetic beauty
  • Castability
  • Ductility
  • Electrical conductivity
  • Mechanical strength

It is little wonder, therefore, that their popularity has not waned.

Master Alloys: Economical and Practical

Particular equipment is requisite for producing and dealing with a master alloy. Those who utilize them are truly specialists and experts in this unique field. Economic and practical, master alloys supply the means companies can use to achieve cost-effective and environmentally friendly solutions to the production of their products.

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