ALUMINUM MASTER ALLOYS

Aluminum master alloys are based on aluminum with high relatively percentage, and combined with other elements. Master alloys are produced in various shapes, for example, ingot, piglet, waffle, coiled rod, conticast, and splatter. The reasons for adding master alloys to melt are composition adjustment and structure control. Such properties include mechanical strength, electrical conductivity, ductility, castability, and surface appearance.

According to the publication of The Aluminum Association Inc., add master alloys to melting with specific proportion is available for composition adjustment and structure control, reducing slag and hydrogen so as to achieve the standard of ASTM. Using master alloys instead of pure metals can be an economical, technical, and efficient way for cost down and time saving.

Item
Code
Purity
Weight
Shape
MOQ

Aluminum-Titanium-Boron

AlTiB

Ti:5% B:1%

200g
250kg

piglet
wire

250kg/barrel
250kg/bundle

Aluminum-Strontium

AlSr

Sr:10%

100g

piglet

250kg/barrel

Aluminum-Boron

AlB

B:4%

6-7kg

waffle

1 MT/case

Aluminum-Manganese

AlMn

Mn:60%

irregular

splatter

1 MT/case

Aluminum-Silicon

AlSi

Si: 50%

6-7kg

waffle

1 MT/case

Aluminum-Titanium

AlTi

Ti:10%/15%

6-7kg

waffle

1 MT/case

Aluminum-Zirconium

AlZr

Zr:10%

6-7kg

waffle

1 MT/case

Aluminum-Scandium

AlSc

Sc:2%

6-7kg

waffle

1 MT/case

Aluminum-Beryllium

AlBe

Be:5%

100g

piglet

1 MT/case

Aluminum-Copper

AlCu

Cu:<50%

6-7kg

waffle

1 MT/case

Aluminum-Iron

AlFe

Fe:<25%

6~7 kg

waffle

1 MT/case

Aluminum-Magnesium

AlMg

Mg:10%

6~7 kg

waffle

1 MT/case

Aluminum-Nickel

AlNi

Ni:<50%

6~7 kg

waffle

1 MT/case

Aluminum-Vanadium

AlV

V:5%/10%

6~7 kg

waffle

1 MT/case