Master Alloys

Our master alloys are produced in adherence to strict quality control practices utilizing an induction melting and alloying process followed by static mold or direct chill (DC) continuous casting. The main products are Aluminum-based master alloy, magnesium-based master alloy, zinc-based master alloy, copper-based master alloy, rare earth master...

Our master alloys are produced in adherence to strict quality control practices utilizing an induction melting and alloying process followed by static mold or direct chill (DC) continuous casting. The main products are Aluminum-based master alloy, magnesium-based master alloy, zinc-based master alloy, copper-based master alloy, rare earth master alloy

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Master Alloys There are 24 products.

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  • Magnesium Based Master...

    Magnesium Based Master Alloyagnesium alloys are the lightest structural and hence suitable for application within the automotive industry, which has increased attention to the vehicle weight and fuel economy. Magnesium alloys supported by the Mg-Al system are studied extensively to be used in vehicle thanks to the load savings they supply and also for his or her excellent castability.

  • Aluminum-based Master...

    Aluminum matrix composite material is a material with strong vitality which emerges in response to the demand of modern scientific development. 

    The matrix of metal matrix composites is mainly aluminum, nickel, magnesium, titanium, and so on. Aluminum has many characteristics in making composite materials, such as lightweight, small density, good plasticity, aluminum matrix composite technology is easy to master, easy to process, and so on. In addition, aluminum matrix composites have higher specific strength and stiffness, better performance at high temperatures, better fatigue and wear resistance, better damping performance, and a lower coefficient of thermal expansion. 

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Showing 1 - 12 of 24 items
Showing 1 - 12 of 24 items

Master alloys

A master alloy is a base metal like aluminum, nickel, or copper combined with a comparatively high percentage of one or two other elements. It's manufactured to be used as raw materials by the metals industry, and that’s why we called master alloy semi-finished product. Master alloys are produced in various shapes such as ingot, waffle plate, rod in coils and etc.

There are lots of reasons for adding master alloys to a melt. One main application is composition adjustment, i.e. changing the composition of the liquid metal to realize the specified chemical specification. Another important application is structure control - influencing the microstructure of metal in the casting and solidification process so as to vary its properties. Such properties include mechanical strength, ductility, electrical conductivity, castability, or surface appearance. Counting on its application, a master alloy is usually also mentioned as "hardener", "grain refiner" or "modifier". 

Economical, technical, or both are common reasons for employing a master alloy rather than a pure metal. Some elements show high losses - or poor yield - when added in pure form. Others won't dissolve in the least at the furnace temperature prevailing in a cast house. While, a master alloy often supplies the best solutionbecause it dissolves much quicker at lower temperatures, saving both valuable energy and production time.