|
name
|
brand
|
Alloy elements %
|
use
|
Add the amount
|
Using temperature ℃
|
performance
|
|
Aluminum bronze
|
ALCu50
|
Cu48~52
|
Adjust alloy composition
|
Needs vary
|
570~600
|
crispy
|
|
al-si
|
ALSi20
|
Si18~20
|
Adjust alloy composition
|
Needs vary
|
700~800
|
crispy
|
|
Aluminum manganese
|
ALMn10
|
Mn9~11
|
Adjust alloy composition
|
Needs vary
|
770~830
|
toughening
|
|
Aluminum manganese
|
ALMn20
|
Mn18~22
|
Adjust alloy composition
|
Needs vary
|
780~850
|
toughening
|
|
Aluminum titanium
|
ALTi5
|
Ti4~6
|
Grain refinement to improve plasticity
|
Needs vary
|
1020~1070
|
Easy segregation
|
|
Aluminum titanium
|
ALTi10
|
Ti9~11
|
Grain refinement to improve plasticity
|
Needs vary
|
1020~1070
|
Easy segregation
|
|
Aluminum and nickel
|
ALTi10
|
Ni9~11
|
To improve the plastic
|
Needs vary
|
680~730
|
toughening
|
|
Aluminium chromium
|
ALCr5
|
Cr4~6
|
Improve plasticity and performance
|
Needs vary
|
900~1000
|
Easy segregation
|
|
Aluminium chromium
|
ALCr10
|
Cr9~11
|
Improve plasticity and performance
|
Needs vary
|
900~1000
|
Easy segregation
|
|
Aluminium chromium
|
ALCr20
|
Cr18~22
|
Improve plasticity and performance
|
Needs vary
|
910~1020
|
Easy segregation
|
|
Aluminium zirconium
|
ALZr5
|
Zr4~6
|
Improve plasticity and performance
|
Needs vary
|
800~850
|
Easy segregation
|
|
Aluminum antimony
|
ALSb4
|
Sb3~5
|
Improve plasticity and performance
|
Needs vary
|
660
|
Easy segregation
|
|
Aluminum antimony
|
ALSb10
|
Sb9~11
|
Improve plasticity and performance
|
Needs vary
|
660
|
Easy segregation
|
|
Aluminum and iron
|
ALFe20
|
Fe18~22
|
Improve plasticity and performance
|
Needs vary
|
1020
|
crispy
|
|
Aluminum and beryllium
|
ALBe1
|
Be0.9~1.2
|
Improve plasticity and performance
|
Needs vary
|
820
|
crispy
|
Aluminum and beryllium
|
ALBe3
|
Be2~4
|
Improve plasticity and performance
|
Needs vary
|
820
|
crispy
|
Aluminum and beryllium
|
ALBe5
|
Be4.5~5.5
|
Improve plasticity and performance
|
Needs vary
|
820
|
crispy
|
|
Aluminum boron
|
ALB3
|
B2.5~3.5
|
Reduce the resistivity, improve the conductivity, grain refinement
|
2~4%
|
800
|
crispy
|
|
Aluminum titanium boron (piece/wire)
|
ALTi5B1
|
Ti4.5~6 B0.9~1.2
|
Grain refinement
|
0.5~2‰
|
800
|
Easy segregation
|
|
Rare earth aluminum
|
ALRe10
|
Re9~11
|
Grain refinement
|
2~3‰
|
680
|
Easy segregation
|
|
Alti boron rare earth
|
ALTi5B1Re10
|
Ti5B1Re10
|
Grain refinement
|
1~3‰
|
800
|
Easy segregation
|
|
Titanium aluminum carbon
|
ALTi5C0.2
|
Ti5C0.2
|
Grain refinement
|
1~2‰
|
1020~1070
|
Easy segregation
|
|
Aluminum strontium
|
ALSr10
|
Sr9~11
|
For long - term modification of aluminum - silicon alloys under 13% silicon
|
1~2‰
|
680~740
|
Easy segregation
|
|
Yttrium aluminum
|
ALY5
|
Y4~6
|
Improve plasticity and performance
|
1~2‰
|
740~800
|
Easy segregation
|
|
Aluminum bismuth
|
ALBi10
|
Bi9~11
|
Improve plasticity and increase fluidity
|
1~2‰
|
700~710
|
Easy segregation
|
|
Aluminum scandium
|
ALSc2
|
Sc
|
Adjust the alloy composition and improve the alloy performance
|
Needs vary
|
700-800
|
toughening
|
|
Aluminum cobalt
|
ALCo5
|
Co
|
Adjust the alloy composition and improve the alloy performance
|
Needs vary
|
720-750
|
toughening
|
|
Aluminum molybdenum
|
ALMo5-10
|
Mo
|
Adjust the alloy composition and improve the alloy performance
|
Needs vary
|
720-750
|
toughening
|
|
Aluminum niobium
|
ALNb10
|
Nb
|
Increase fluidity and improve alloy performance
|
Needs vary
|
690-750
|
toughening
|
|
Aluminum neodymium
|
ALNd30
|
Nd
|
Adjust the alloy composition and improve the alloy performance
|
Needs vary
|
690-750
|
Easy segregation
|
|
Aluminum cerium
|
ALCe10
|
Ce
|
Adjust the alloy composition and improve the alloy performance
|
Needs vary
|
690-750
|
Easy segregation
|
|
Aluminum cadmium
|
ALCd5 / 10
|
Cd
|
Adjust the alloy composition and improve the alloy performance
|
Needs vary
|
690-750
|
toughening
|
|
Aluminum tellurium
|
ALTe5
|
Te
|
Adjust the alloy composition and improve the alloy performance
|
Needs vary
|
710-740
|
crispy
|
The chemical composition and impurities of aluminum intermediate alloy ingots shall be manufactured according to the YS/ t282-2000 standard.
|
