|
Aluminium & Aluminium Alloy Sheets Plates Coils
We are Stockholder & Distributors of Aluminium / Aluminum Alloy Sheet, Plate & Coils
| Relative density (30% steel) |
2,7 g/cm³ |
| Stretchmodule N/mm² (30% steel) - E |
69000N / mm² |
| Coefficient of linear thermal expansion -alpha |
23,4 .10 exp(-6) / 1 K |
| Electric conductivity |
20,35 m / omega.m.m² |
| Electric resistivity - ro |
0,030 omega.m.m² / m |
| Thermic conductivity -lamda |
170 - 220 W / mK |
| Specific heat - c |
900 J / Kg K |
| Melting point - Tsm |
580-660 °C |
| Atomic mass |
27 |
| Atomic number |
13 |
|
| |
Numerical nomination of aluminium and its alloys according to EN-AW
|
| |
| The first number refers to the type of alloy |
| 1xxx aluminium 99,00% or more |
4xxx aluminium silicium (Si) |
7xxx aluminium zink (Zn) |
| 2xxx aluminium copper (Cu) |
5xxx aluminium magnesium (Mg) |
8xxx other alloys |
3xxx aluminium manganese (Mn
|
6xxx aluminium magnesium
and silicium (Mg, Si) |
|
|
| |
| The two last numbers indicates the minimum aluminium content |
| for example : EN-AW 1050 : minimum 99,5% aluminium) |
|
| |
Mettalurgical states are indicated as follows : |
| |
| Basic metallurgical states |
|
F
|
crude fabrication without limit specification about mecanical fertaures |
|
O
|
annealed |
|
O1
|
annealed at high temperature and slowly cooled |
|
O2
|
thermal treatment during the mecanical conversion |
|
O3
|
homogenized |
|
H
|
cold hammered after annealed or after hot treatment or combination of a cold hammering with a partial annealing or a stabilization annealing |
|
| |
| The first number refers to the process |
H1x
|
only cold hammered in order to obtain the mecanical resistance |
H2x
|
cold hammered beyond wished final quantity then annealed |
H3x
|
cold hammered and stabilized ( usually in order to improve the ductility) |
H4x
|
cold hammered then lacquered in oven
|
|
| |
| The second number indicates : |
| H - x2 = 1/4 hard H - x4 =1/2 hard H - x6 = 3/4 hard H - x8 = 4/4 hard H - 19 = extra hard |
|
| |
| Thermal treatment |
| T1 |
cooled after hot conversion and ripe |
T6 |
dissolved and then tempered |
T2
|
colled after hot conversion, cold hammering and ripe |
T7
|
dissolved and sur-venu/stabilized |
T3
|
dissolved, cold hammered and ripe
|
T8
|
dissolved, cold hammered and then tempered |
T4
|
dissolved and ripe
|
T9
|
dissolved, cold hammered and then tempered |
| T5 |
colled after hot converstion and cold hammered |
|
|
|
| |
Technical features of the sheets |
| |
ISO / DIN
|
EN inter.
|
Inter.
state |
State
|
Description
|
RmN/mm²
Break |
Rp 0,2
stretch. |
A50
% |
Brinell HB
Hardness |
| Al 99,5 |
1050A |
H111 |
W 7 |
Annealing
|
65
|
20
|
20
|
22
|
| Al 99,5 |
1050A |
H 112 |
F 8 |
Rew
|
75
|
30
|
20
|
22
|
| Al 99,5 |
1050A |
H 12/22 |
F/G 9 |
1/4 Hard
|
85
|
65
|
7
|
30
|
| Al 99,5 |
1050A |
H 14/24 |
F/G 11 |
1/2 Hard
|
105
|
85
|
4/5
|
35
|
| Al 99,7 |
1070A |
H 14/24 |
F/G 11 |
1/2 Hard
|
105
|
85
|
4/5
|
35
|
| Al 99,8 |
1080A |
H 14/24 |
F/G 11 |
1/2 Hard
|
105
|
85
|
4/5
|
35
|
| Al 99,0 |
1200A |
H 14/24 |
F/G 11 |
1/2 Hard
|
105
|
85
|
4/5
|
35
|
| Al 99,85 |
1085 |
H 18 |
|
|
|
|
|
|
| Al Cu Mg 1 |
2017A |
T 451 |
F 39 |
Tempered
|
385
|
245
|
9/13
|
100
|
| |
|
|
|
|
|
|
|
|
| Al Mn Cu |
3003 |
H 44 |
H 44 |
1/2 Hard
|
145
|
115
|
4/6
|
44
|
| Al Mn 1 |
3103 |
H 44 |
H 44 |
1/2 Hard
|
185
|
155
|
2
|
58
|
| Al Mn1Mg0,5 |
3005 |
H42 |
H42 |
1/2 Hard
|
170
|
130
|
4
|
45
|
| |
|
|
|
|
|
|
|
|
| Al Mg 1 |
5005 |
H 14/24 |
F/G 15 |
1/2 Hard
|
145
|
120
|
2/3
|
48
|
| Al Mg 2,5 |
5052 |
H 112 |
W 17 |
Annealing
|
170
|
70
|
7
|
50
|
| Al Mg 4,5 Mn |
5083 |
H 111 |
W 28 |
Annealing
|
275
|
125
|
17
|
70
|
| Al Mg 4 Mn |
5086 |
H 111 |
W 28 |
Annealing
|
240
|
100
|
18
|
65
|
| Al Mg 3 |
5754 |
H 111 |
W 19 |
Annealing
|
190
|
80
|
14/18
|
52
|
| Al Mg 3 |
5754 |
H 14/24 |
F/G 24 |
1/4 Hard
|
190
|
80
|
14/18
|
73
|
| Al Mg 3 |
5754 |
H 12/22 |
F/G 22 |
1/2 Hard
|
220
|
170
|
7/10
|
66
|
| |
|
|
|
|
|
|
|
|
| Al Mg Si 1 |
6082 |
T651 |
F 30 |
TemperedA
|
275
|
230
|
6/10
|
90
|
|
| |
Chemical features of the sheets |
| |
ISO / DIN
|
EN inter. |
Inter.
state |
State
|
Si
|
Fe
|
Cu
|
Mn
|
Mg
|
Cr
|
Zn
|
Ti
|
| Al 99,5 |
1050A |
H111 |
W 7 |
0,25
|
0,4
|
0,05
|
0,05
|
0,05
|
-
|
0,07
|
<0,10
|
| Al 99,5 |
1050A |
H 112 |
F 8 |
0,25
|
0,4
|
0,05
|
0,05
|
0,05
|
-
|
0,07
|
<0,10
|
| Al 99,5 |
1050A |
H 12/22 |
F/G 9 |
0,25
|
0,4
|
0,05
|
0,05
|
0,05
|
-
|
0,07
|
<0,10
|
| Al 99,5 |
1050A |
H 14/24 |
F/G 11 |
0,25
|
0,4
|
0,05
|
0,05
|
0,05
|
-
|
0,07
|
-
|
| Al 99,7 |
1070A |
H 14/24 |
F/G 11 |
0,20
|
0,25
|
0,04
|
0,03
|
0,03
|
-
|
0,04
|
-
|
| Al 99,8 |
1080A |
H 14/24 |
F/G 11 |
0,15
|
0,15
|
0,03
|
0,02
|
0,02
|
-
|
0,03
|
<0,02
|
| Al 99,0 |
1200A |
H 14/24 |
F/G 11 |
Si+Fe<
|
0,95
|
0,05-0,2
|
0,05
|
-
|
-
|
0,10
|
<0,05
|
| Al 99,85 |
1085 |
H 18 |
|
0,10
|
0,12
|
0,03
|
0,02
|
0,02
|
-
|
0,03
|
<0,02
|
| Al Cu Mg 1 |
2017A |
T 451 |
F 39 |
0,2-0,8
|
0,70
|
3,5-4,5
|
0,4-1,0
|
0,4-1,0
|
0,10
|
0,25
|
-
|
| |
|
|
|
|
|
|
|
|
|
|
|
| Al Mn Cu |
3003 |
H 44 |
H 44 |
0,6
|
0,70
|
0,05-0,2
|
1,0-1,5
|
-
|
-
|
0,10
|
-
|
| Al Mn 1 |
3103 |
H 44 |
H 44 |
0,6
|
0,70
|
0,05-0,2
|
1,0-1,5
|
0,30
|
0,10
|
0,10
|
<0,10
|
| Al Mn1Mg0,5 |
3005 |
H42 |
H42 |
0,6
|
0,70
|
0,30
|
1,0-1,5
|
0,2-0,6
|
0,10
|
0,25
|
<0,10
|
| |
|
|
|
|
|
|
|
|
|
|
|
| Al Mg 1 |
5005 |
H 14/24 |
F/G 15 |
0,30
|
0,70
|
0,20
|
0,20
|
0,5-1,1
|
0,10
|
0,25
|
-
|
| Al Mg 2,5 |
5052 |
H 112 |
W 17 |
0,25
|
0,40
|
0,10
|
0,10
|
2,2-2,8
|
0,15-0,3
|
0,10
|
-
|
| Al Mg 4,5 Mn |
5083 |
H 111 |
W 28 |
0,40
|
0,40
|
0,10
|
0,4-1,0
|
4,0-4,9
|
0,05-0,2
|
<0,15
|
<0,15
|
| Al Mg 4 Mn |
5086 |
H 111 |
W 28 |
0,40
|
0,50
|
0,10
|
0,4-1,0
|
4,0-4,9
|
0,05-0,2
|
0,155
|
-
|
| Al Mg 3 |
5754 |
H 111 |
W 19 |
0,40
|
0,40
|
0,10
|
0,50
|
2,6-3,6
|
0,30
|
0,20
|
<0,15
|
| Al Mg 3 |
5754 |
H 14/24 |
F/G 24 |
0,40
|
0,40
|
0,10
|
0,50
|
2,6-3,6
|
0,30
|
0,20
|
0,15
|
| Al Mg 3 |
5754 |
H 12/22 |
F/G 22 |
0,40
|
0,40
|
0,10
|
0,50
|
2,6-3,6
|
0,30
|
0,20
|
0,15
|
| |
|
|
|
|
|
|
|
|
|
|
|
| Al Mg Si 1 |
6082 |
T651 |
F 30 |
0,7-1,3
|
0,50
|
0,10
|
0,4-1,0
|
0,6-1,2
|
0,25
|
0,20
|
0,10
|
|
| |
Technical features of the extruded sections |
| |
ISO / DIN
|
EN inter.
|
Inter.
state |
State
|
Description
|
RmN/mm²
Break. |
Rp 0,2
Stretch. |
A50
% |
Brinell HB
Hardness |
| Al Mg Si 0,5 |
6060 |
T 3 |
F 13 |
TemperedA
|
130
|
85
|
6
|
45
|
| Al Mg Si 0,5 |
6060 |
T 4 |
F 18 |
TemperedA
|
185
|
150
|
10
|
60
|
| Al Mg Si 0,5 |
6060 |
T 5 |
F 22 |
TemperedA
|
215
|
160
|
12
|
70
|
| Al Mg Si 0,5 |
6063 |
T 66 |
F 22 |
TemperedA
|
215
|
160
|
6/10
|
75
|
| Al Mg Si 1 |
6082 |
T 3 |
F 15 |
TemperedA
|
250
|
200
|
10
|
35
|
| Al Mg Si 1 |
6082 |
T 6 |
F 32 |
TemperedA
|
310
|
260
|
10
|
95
|
| Al Mn Si Pb |
6012 |
T 6 |
F 28 |
TemperedA
|
310
|
260
|
10
|
80
|
| Al Mg 4,5 Mn |
5083 |
H 111 |
F 7/22 |
Annealing
|
275
|
125
|
17
|
70
|
| Al Cu Mg Pb |
2007 |
T 4 |
F 17/22 |
TemperedA
|
280
|
210
|
10
|
-
|
| Al Cu Mg Pb |
2007 |
T 4 |
F 35 |
TemperedA
|
280
|
210
|
10
|
100
|
| Al Cu Mg Pb |
2007 |
T 3 |
F 37 |
TemperedA
|
280
|
210
|
10
|
100
|
| Al Cu Bi Pb |
2011 |
T 3 |
- |
TemperedA
|
280
|
210
|
10
|
-
|
| Al Cu Bi Pb |
2011 |
T 6 |
- |
TemperedA
|
295
|
195
|
6/8
|
-
|
| Al Cu Mg 1 |
2017A |
T 4 |
F 22 |
TemperedA
|
385
|
245
|
9/13
|
140
|
| AlZnMgCu1,5 |
7075 |
T 6 |
F 35 |
TemperedA
|
280
|
210
|
10
|
140
|
|
| |
Chemical features of the sections |
| |
ISO / DIN
|
EN inter. |
Inter.
state |
State
|
Si
|
Fe
|
Cu
|
Mn
|
Mg
|
Cr
|
Zn
|
Ti
|
| Al Mg Si 0,5 |
6060 |
T 3 |
F 13 |
0,3-0,6
|
0,1-0,3 |
0,10 |
0,10 |
0,35-0,6
|
0,05
|
0,15
|
<0,1
|
| Al Mg Si 0,5 |
6060 |
T 4 |
F 18 |
0,3-0,6
|
0,1-0,3 |
0,10 |
0,10 |
0,35-0,6
|
0,05
|
0,15
|
<0,1
|
| Al Mg Si 0,5 |
6060 |
T 5 |
F 22 |
0,3-0,6
|
0,1-0,3 |
0,10 |
0,10 |
0,35-0,6
|
0,05
|
0,15
|
<0,1
|
| Al Mg Si 0,5 |
6063 |
T 66 |
F 22 |
0,3-0,6
|
0,1-0,3 |
0,10 |
0,10 |
0,35-0,6
|
0,05
|
0,15
|
<0,1
|
| Al Mg Si 1 |
6082 |
T 3 |
F 15 |
0,7-1,3
|
0,50 |
0,10 |
0,4-1,0 |
0,6-1,2
|
0,25
|
0,20
|
<0,1
|
| Al Mg Si 1 |
6082 |
T 6 |
F 32 |
0,7-1,3
|
0,50 |
0,10 |
0,4-1,0 |
0,6-1,2
|
0,25
|
0,20
|
<0,1
|
| Al Mn Si Pb |
6012 |
T 6 |
F 28 |
0,7-1,3
|
0,50 |
0,10 |
0,4-1,0 |
0,6-1,2
|
0,25
|
0,20
|
<0,2
|
| Al Mg 4,5 Mn |
5083 |
H 111 |
F 7/22 |
0,80
|
0,40 |
0,10 |
0,4-1,0 |
4,0-4,9
|
0,05-0,2
|
0,155
|
-
|
| Al Cu Mg Pb |
2007 |
T 4 |
F 17/22 |
0,80
|
0,70 |
4,0-6,0 |
Bi+Pb |
-
|
0,10
|
0,30
|
0,2
|
| Al Cu Mg Pb |
2007 |
T 4 |
F 35 |
0,80
|
0,70 |
4,0-6,0 |
Bi+Pb |
-
|
0,10
|
0,30
|
0,2
|
| Al Cu Mg Pb |
2007 |
T 3 |
F 37 |
0,40
|
0,70 |
4,0-6,0 |
Bi+Pb |
-
|
0,10
|
0,30
|
0,2
|
| Al Cu Bi Pb |
2011 |
T 3 |
- |
0,40
|
0,70 |
5,0-6,0 |
Bi+Pb |
-
|
-
|
0,30
|
-
|
| Al Cu Bi Pb |
2011 |
T 6 |
- |
0,40
|
0,70 |
5,0-6,0 |
Bi+Pb |
-
|
-
|
0,30
|
-
|
| Al Cu Mg 1 |
2017A |
T 4 |
F 22 |
0,2-0,8
|
0,70 |
3,5-4,5 |
0,4-1,0 |
0,4-0,8
|
0,10
|
0,25
|
-
|
| Al ZnMgCu1,5 |
7075 |
T 6 |
F 35 |
0,40
|
0,50 |
1,2-2,0 |
0,30 |
2,1-2,9
|
0,2-0,36
|
5,1-6
|
-
|
|
Inspection & Approval Certificates : C/W Certificate (Calibration Works Certificate) EN10204 3.1 / DIN 50049 3.1 / ISO 10474 3.1 Mill Test Certificate, NACE MR-0103 / NACE MR-0175 / ISO 15156, European Pressure Equipment Directive PED-97/23/EC, AD-2000-WO, ASME Boiler & Pressure Vessel Code Sec.II Part A Ed. 2010 Add. 2011, API 6A (American Petroleum Institute), with 3.2 certificate duly Certified & Approved by LRS (Lloyd's Register), GL (Germanischer Lloyd), BV (Bureau Veritas), DNV (Det Norske Veritas), ABS (American Bureau of Shipping), SGS, TUV, RINA, IRS, NORSOK Approved Standard M-630, M-650 Rev.3, NADCAP Certified in accordance with SAE Aerospace Standards, RWMA Class (Resistance Welding Manufacturing Aliance)
If you have any requirement of above items, please feel free to contact us
Regards,
CONTACT PERSON :
MUKESH SHAH
Director
MOBILE No. 0091- 9820292499
EMAIL - sales@rolexalloys.com
ROLEX ALLOYS INTERNATIONAL
( High Nickel Alloy & Super Alloy Materials )
57-A, KHATARGALLI,
THAKURDWAR,
MUMBAI - 400002, INDIA.
TEL.No. 0091-22-23858802
TEL.No. 0091-22-23823963
FAX No. 0091-22-23898724
email - sales@rolexalloys.com
website : www.rolexalloys.com
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Product Image
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