ALUMINIUM AW-1050A | Al99,5 | AW-Al99,5 | Al99,5 | 3.0255

Markings of aluminum and aluminum alloys according to various standards:

Alu/AlloyAW-1050A
AA1050
PNA1
CSN424 005
ASTM USA1050
BS GB1050A
BS GP old1B
ENAl99,5
DIN GERAl99,5
EN1050A
ISOAl99,5
JIS JAPANA1050
JIS JAPAN oldA1x1
NF FRANCE1050A
NF FRANCE oldA5
SFS FINLAND2582
SN SWITZAl99,5
SS SWEDEN4007
UNI ITALY9001/2
UNI ITALY old4507
UNSA91050
WNR GERMANY3.0255
NS17010
UNEL-3051
ASV1005
ALUSUISSE1500
CSA old9950
GOST oldA5/ADO

Chemical composition of aluminum and aluminum alloys (according to EN 573-1):

Alu/AlloyAW-1050A
Mg ≤0,05 [%]
Mn ≤0,05 [%]
Fe ≤0,40 [%]
Si ≤0,25 [%]
Si+Fe - [%]
Cu ≤0,05 [%]
Zn ≤0,07 [%]
Cr - [%]
Mn+Cr - [%]
Ti ≤0,05 [%]
Bi - [%]
Ni - [%]
Pb - [%]
Sn - [%]
Zr - [%]
Zr+Ti - [%]
Other≤0,03 [%]
different together - [%]
Al≥99,50

Physical Properties of Aluminum:

Alloy - TemperAW-1050A H24
Density2.7 [g/cm3]
E modulus of elasticity69000 [MPa]
Shear modulus G25900 [MPa]
Poissons number0.33
Solidification temperature645 [°C]
Pour point658 [°C]
The right warmth899 [J/kgK]
Coefficient of thermal expansion at 20°C23.5 [µm/mK]
Specific resistance29 [nWm]
Thermal conductivity229 [W/mK]
Conductivity59.5 [%IACS]

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