Aluminum Erbium alloy Aluminum Rare Earth Alloy AlEr20 for master alloy AlCe20 AlGd20 AlNd10 AlYb20

Aluminum Erbium alloy, Aluminum-Erbium alloy, Erbium Aluminum alloy, Erbium-Aluminum alloy, Al-Er alloy, Al/Er alloy, AlEr alloy, Er-Al alloy, Er/Al alloy, ErAl alloy, Aluminum Rare Earth Alloy

Apperance: Sliver grey metallic ingot or slab
Chemical composition: Er 10% or 20%, Al the balance
Application: mainly used as master alloy for additive in aluminum alloying, improve its alloy performance
Additive volume: as the content of Er is 10% or 20%, there is 100g or 200g Errium element in 1 kg master alloy, Errium content can be controlled accurately

Aluminium Master Alloy AlZr AlCu AlTi AlSr AlSi AlNi AlGr AlSb AlBe AlB3 Al-rare earth alloy

Commodity : Aluminum master alloy

Type: AlZr, AlCu,AlTi, AlSr, AlSi,AlNi,AlGr,AlSb,AlBe,AlB3

Al-rare earth alloy, AlV,AlBi, AlNd,AlNb, AlEr,AlCe, AlYb

Application:

Aluminium primary alloy ingot is a kind of traditional products , which is used for adjusting compositions of aluminum smeltings. With assistance from several metallic elements with higher milting temperature, melting method and aluminum are used to produce intermediates whose smelting temperatures decrease significantly to make it possible to add high temperature metallic elements into aluminum liquid under low temperature to adjust the element contents of the aluminum melting liquid.

Advantage:

*Homogeneous metal components and low smeltng temperature.

*Easy breakage and filling.

*High component contents and easy absorption

How to use it ?

Calculate the number of primary alloys required to compound the flux according to required control standards of elements in the flux and standard contents of primary alloy.

For composition adjustment, generally add the primary alloy furmance charge as well and spread them evenly on the intermediate layer of furnance charge.

When smelted, take out the flux and mix it evenly. Than do the sample analysis.