Magnesium Tin Master Alloy is made by melted Magnesium and Tin.
Sn content we can supply: 20%, 30%, customized
More details feel free to contact: erica@epomaterial.com
Nickel-boron Master Alloys are used as reducing agents and additives in the metallurgical industry.
B content we can supply: 18%, customized
Additions of NiMg into liquid Iron promote Nodular Graphites in Ductile Iron.
Mg content we can supply: 5%, 20%, customized
Chromium Boron alloys are composed of nickel and chromium.
B content we can supply: 20%, 30%, customized
Chromium Molybdenum alloys are composed of Molybdenum and chromium.
Mo content we can supply: 43%, customized
Copper-beryllium Master Alloys are used as reducing agents and additives in the metallurgical industry.
Be content we can supply: 4%
Used for adding magnesium in copper alloy smelting,low temperature, accurate composition control. Mostly used in roller.
Mg content: 15%, 20%, 25%, customized
Copper-phosphorus master alloy is used for alloying nickel into aluminum bronzes and precipitation hardening of low alloyed copper.
P content we can supply: 14%, customized.
Aluminum-silver master alloy can be used for grain refining, hardening, and improving alloy performance by enhancing properties such as ductility and machinability.
Ag content we can supply: 10%
Aluminum Calcium (Al-Ca) master alloys are used in various industrial applications due to their beneficial properties, such as improved strength, enhanced corrosion resistance, and refined grain structure.
Ca content we can supply: 10%
Magnesium-Nickel master alloys are specialized materials that combine the properties of magnesium and nickel, resulting in a material with unique characteristics suitable for various industrial applications.
Ni content we can supply: 5%, 25%, customized
Aluminium-beryllium Master Alloys are used as reducing agents and additives in the metallurgical industry.
Be content we can supply: 5%