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Reference materials for the analysis of aluminum and aluminum alloys

We produce reference materials (standards) for spectral analysis of aluminum and aluminum alloys

Spectral patterns of aluminum alloys have the form of mushrooms with a diameter of 55 mm and a height of 5 to 14 mm.

Aluminum spectral standards (OT1 series) are discs with a diameter of 60 mm and a height of 30 mm.

The standards are adapted to optical emission spectrometry and X-ray fluorescence methods.

Reference material certificates contain average concentration values ​​of each certified element, confidence intervals, a list of chemical methods used for analysis and the number of laboratories participating in the certification.

Four new series of reference materials with chemical compositions adapted to European standards:

Nr wzorca Si [%] Fe [%] Cu [%] Mn [%] Mg [%] Cr [%] Ni [%] Zn [%] Ga [%] Ti [%] Sn [%] Pb [%]
OT 11 0.12 0.016 0.0045 – – – – – (0.001) 0.014 – (0.0005)
OT 12 0.095 – – (0.0015) (0.0005) – (0.0005) (0.002) – 0.023 – –
OT 13 – 0.087 – 0.053 0.04 0.01 0.016 0.03 0.008 0.035 – –
OT 14 0.16 0.33 0.12 0.13 0.18 0.085 – 0.084 – – (0.001) 0.016
OT 15 0.42 0.67 0.26 0.35 0.38 0.14 0.082 0.135 – 0.154 (0.052) 0.044
OT 16 0.72 0.24 0.05 0.01 0.013 0.045 0.047 0.045 0.012 – 0.027 0.012

 

Nr
wzorca		Si
[%]		Fe
[%]		Cu
[%]		Mn
[%]		Mg
[%]		Ni
[%]		Zn
[%]		V
[%]		Zr
[%]		Ti
[%]		Pb
[%]		Bi
[%]		Be
[%]
OT 210.370.261.961.251.401.450.85(0.004)(0.001)0.230.46(0.27) 0.010
OT 221.200.144.350.970.800.750.40– 0.110.0940.280.15 0.006
OT 23–––0.65(0.19)0.130.26–(0.09)0.150.14(0.035) –
OT 240.761.203.100.121.750.20––0.240.0270.10 (0.007) 0.020
OT 25(0.10)0.646.850.37–0.060.12–0.036–0.047– –
OT 26–––1.25––0.74(0.032)0.043––(0.50) 0.014
OT 27– – –1.18 0.72–0.70 0.045 0.13– 1.35(0.50) –
Nr
wzorca		Si
[%]		Fe
[%]		Cu
[%]		Mn
[%]		Mg
[%]		Cr
[%]		Ni
[%]		Zn
[%]		Ga
[%]		V [%] B [%] Ti
[%]		Sn
[%]		Pb
[%]		Bi [%]
OT 611.440.0680.700.970.29–0.220.21(0.010)––––0.10 (0.05)
OT 621.000.200.110.721.200.150.101.500.0270.014 0.007(0.055)–(0.017)–
OT 630.680.400.200.301.180.0390.160.0330.012 –0.004–0.200.380.047
OT 640.44–0.0530.150.700.360.0480.37– 0.046(0.028)(0.22)0.0950.200.15
OT 650.211.00–0.05–0.370.0330.720.052 ––(0.012)0.0570.0620.49
OT 66––0.310.46–––0.073– 0.020 –––––
OT 67– 0.50 0.43 – 0.44 0.12–0.13 0.022 0.034 –– – (1.22) 0.68

 

Nr
wzorca		Si
[%]		Fe
[%]		Cu
[%]		Mn
[%]		Mg
[%]		Cr
[%]		Ni
[%]		Zn
[%]		Pb
[%]		Sn [%] Ti
[%]		Ca
[%]		Sr
[%]
OT 3.14.401.405.100.110.390.140.0562.96–0.11–0.012(0.001)
OT 3.26.800.852.500.401.420.0921.051.17–0.005 0.190.0070.047
OT 3.38.710.300.690.711.140.181.300.860.41(0.002)0.11–0.011
OT 3.410.50–1.380.310.210.0520.620.480.10 0.050.074––
OT 3.513.57–0.320.630.0160.00170.110.0690.030.0280.047––
OT 3.612.000.550.0540.200.08–0.190.220.26–0.23(0.001)(0.027)
OT 3.7– 0.095 0.150.49 0.76 –0.451.42–0.190.16–(0.003)

Other reference materials for aluminum alloys :

AlCu, AlCuSi

 

Numer
wzorca		Cu
%		Mg
%		Ti
%		Fe
%		Si
%		Zn
%		Mn
%		Ni
%

OG 1
2,30
0,052
0,046
0,12
0,11
0,050
0,026
0,011

OG 2
5,51
0,070
0,074
0,19
0,18
0,088
0,045
0,020

OG 3
4,30
0,34
0,18
0,29
0,27
0,20
0,080
0,040

OG 4
6,2
0,77
0,28
0,45
0,55
0,40
0,18
0,11

 

Numer
wzorca		Cu
% 		Fe
%		Mn
%		Mg
%		Si
%		Zn
%		Ni
%		Ti
%		Cr
%
PA 11,200,660,300,410,650,140,100,0680,11
PA 21,570,770,460,530,860,200,130,0880,15
PA 32,200,890,640,741,100,300,180,130,19
PA 43,051,100,891,051,520,440,230,170,26

 

Numer
wzorca		Cu
%		Si
%		Ti
%		Fe
%		Mn
%		Ni
%		Zn
%		Mg
%		Pb
%		Zr
%

OM 1
3,97
1,25
0,030
0,40
0,085
0,076
0,089
0,094
0,020
0,022

OM 2
11,2
1,40
0,037
0,49
0,12
0,10
0,11
0,18
0,021
0,019

OM 3
7,46
3,29
0,092
1,06
0,27
0,25
0,27
0,29
0,041
0,045

OM 4
12,1
5,50
0,11
1,90
0,70
0,45
0,68
0,75
0,10
0,08

AlSiCu

 

Numer
wzorca		Si
%		Cu
%		Mg
%		Mn
%		Fe
%		Zn
%		Ni
%		Sn
%		Pb
%		Ti
%		Zr
%		Cr
%
OF 1 2,901,320,180,100,150,110,0430,0310,029 0,0430,017 0,021
OF 2 5,202,930,540,420,75 0,600,210,100,088 0,220,073 0,075
OF 3 4,903,02 0,550,420,760,610,210,110,093 0,220,077 0,072
OF 47,555,901,330,981,452,590,560,180,27 0,280,17 0,14

AlMg

 

Numer
wzorca		Mg
%		Mn
% 		Si
%		Fe
%		Zn
%		Cu
%		Ti
%		Cr
%		Be
%
PM 1 3,43 0,100,10 0,1050,060,0350,0090,030,00026
PM 24,18 0,250,200,120,100,0550,055 0,0630,00048
PM 35,74 0,610,30 0,20 0,15 0,09 0,110,130,0011
PM 46,76 0,83 0,400,26 0,20 0,11 0,14 0,190,0025
PM 5 7,37 1,32 0,580,67 0,31 0,15 0,22 0,270,0088

 

Numer
wzorca		Mg
%		Si
% 		Mn
%		Fe
%		Zn
%		Ti
%		Cr
%		Cu
%
PBA 10,390,170,090,120,0580,090,0560,014
PBA 20,810,350,310,260,120,14 0,0950,060
PBA 31,360,530,410,250,170,200,140,045
PBA 44,701,60 1,100,60 0,38 0,34 0,320,15

 

Numer
wzorca		Mg
%		Si
%		Cu
%		Mn
%		Fe
%		Zn
%		Ti
%

PD 1
0,15
0,07
0,005
0,009
0,17
0,011
0,002

PD 2
0,44
0,21
0,024
0,054
0,22
0,025
0,010

PD 3
0,88
0,63
0,065
0,24
0,37
0,066
0,020

AlZn

 

Numer
wzorca		Zn
%		Cu
% 		Mg
%		Mn
%		Si
%		Fe
%		Ti
%		Cr
%		Ni
% 		Zr
%
PFO 14,25 0,901,500,140,290,420,0250,0760,0270,029
PFO 25,06 2,173,160,090,160,16—-0,2950,048 0,12
PFO 35,24 0,541,040,05 0,29 0,47 0,050,0140,0038 —-
PFO 46,18 1,89 2,250,64 0,61 0,33 0,078 0,1240,06 0,009
PFO 5 6,51 1,02 1,940,30 0,34 0,24 0,09 0,0170,004 —-
PFO 67,15 1,52 2,17 0,45 0,44 0,34 0,16 0,016 0,005 —-
PFO 7 8,28 2,69 3,56 1,00 0,72 0,38 0,086 0,19 0,09 0,11

AlMn

Numer
wzorca		Mn
% 		Mg
%		Si
%		Fe
%		Ti
%		Zn
%		Cr
%		Cu
%
PI 10,940,080,140,210,070,120,020,02
PI 21,400,290,240,400,210,230,050,05
PI 31,900,500,520,620,360,400,070,07

AlNi

 

Numer
wzorca		Ni
%		Mn
%		Cu
%		Fe
%		Si
%		Mg
%		Zn
%		Ti
%

ON 1
3,20
0,94
1,10
0,73
0,20
0,07
0,06
0,23

ON 2
2,20
1,80
0,68
0,52
0,56
0,09
0,11
0,32

ON 3
1,40
2,70
0,30
0,31
0,95
0,20
0,24
0,42

ON 4
2,30
1,90
0,63
0,48
0,61
0,10
0,12
0,32
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Contact

Light Metals Center in Skawina

 Elżbieta Szymańska MA
+48 12 277 88 12
elzbieta.szymanska@imn.lukasiewicz.gov.pl
Plan Równości Płci 
Ochrona sygnalistów
Ochrona Małoletnich

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