EN AW-6082

Width x Height

100.0 x 60.0

Thickness

4.0 mm

Temper

T6

We stock a wide range of square tubes, almost entirely in the standard alloys 6060 and 6082, but if you request other dimensions than the once introduced - you are welcome to contact us.


  • Width x Height: 100.0 x 60.0
  • Thickness: 4.0 mm
  • Temper: T6
  • Weldability: Medium
  • Corrosion: High
  • Cut/drilling: Medium
  • Surface: Medium
On request

EN AW-6082

Has a high strength and a good corrosion resistance. The alloy is good for welding, and you can anodize it. 


We are not liable for items out of stock. The specified weight is theoretical. Please contact us if you have any further enquiries.

Alloy - Alloys

Si
Min
0.7
Max
1.3
Fe
Min
-
Max
0.5
Cu
Min
-
Max
0.1
Mn
Min
0.4
Max
1
Mg
Min
0.6
Max
1.2
Cr
Min
-
Max
0.25
Zn
Min
-
Max
0.2
Ti
Min
-
Max
0.1
Others
Min
0.15
Max
-

Alloy - Aluminium Properties

Alloy
EN AW-6082
Temper
O
Thermal conductivity
W/m*K
216
Coefficient of thermal expansion
µm/(m*K)
23,1
Annealing
Min
-
Annealing
Max
-
Melting point
Min
575
Max
650
Melting point
Max
650
Elastic modulus
KN/mm2
70
Electrical conductivity
%IACS
55,5

Alloy
EN AW-6082
Temper
T1
Thermal conductivity
W/m*K
-
Coefficient of thermal expansion
µm/(m*K)
23,1
Annealing
Min
-
Annealing
Max
-
Melting point
Min
575
Max
650
Melting point
Max
650
Elastic modulus
KN/mm2
70
Electrical conductivity
%IACS
-

Alloy
EN AW-6082
Temper
T4
Thermal conductivity
W/m*K
167
Coefficient of thermal expansion
µm/(m*K)
23,1
Annealing
Min
-
Annealing
Max
-
Melting point
Min
575
Max
650
Melting point
Max
650
Elastic modulus
KN/mm2
70
Electrical conductivity
%IACS
42

Alloy
EN AW-6082
Temper
T5
Thermal conductivity
W/m*K
-
Coefficient of thermal expansion
µm/(m*K)
23,1
Annealing
Min
-
Annealing
Max
-
Melting point
Min
575
Max
650
Melting point
Max
650
Elastic modulus
KN/mm2
70
Electrical conductivity
%IACS
-

Alloy
EN AW-6082
Temper
T6
Thermal conductivity
W/m*K
172
Coefficient of thermal expansion
µm/(m*K)
23,1
Annealing
Min
-
Annealing
Max
-
Melting point
Min
575
Max
650
Melting point
Max
650
Elastic modulus
KN/mm2
70
Electrical conductivity
%IACS
44

Alloy - Mechanical Properties (EN 755-2:2013)

Dimension
Min
0
Max
25
Tensile strength (Rm) MPa
Min
205
Max
-
Proof stress (Rp0,2)
MPa
110
Elongation A50
% min
14
Elongation A
% min
12
Brinell hardness
HBS
70

Dimension
Min
0
Max
25
Tensile strength (Rm) MPa
Min
205
Max
-
Proof stress (Rp0,2)
MPa
110
Elongation A50
% min
14
Elongation A
% min
12
Brinell hardness
HBS
70

Dimension
Min
0
Max
200
Tensile strength (Rm) MPa
Min
205
Max
-
Proof stress (Rp0,2)
MPa
110
Elongation A50
% min
12
Elongation A
% min
14
Brinell hardness
HBS
70

Dimension
Min
0
Max
5
Tensile strength (Rm) MPa
Min
290
Max
-
Proof stress (Rp0,2)
MPa
250
Elongation A50
% min
8
Elongation A
% min
6
Brinell hardness
HBS
95

Dimension
Min
0
Max
20
Tensile strength (Rm) MPa
Min
295
Max
-
Proof stress (Rp0,2)
MPa
250
Elongation A50
% min
6
Elongation A
% min
8
Brinell hardness
HBS
95

Dimension
Min
0
Max
5
Tensile strength (Rm) MPa
Min
290
Max
-
Proof stress (Rp0,2)
MPa
250
Elongation A50
% min
8
Elongation A
% min
6
Brinell hardness
HBS
95

Dimension
Min
5
Max
25
Tensile strength (Rm) MPa
Min
310
Max
-
Proof stress (Rp0,2)
MPa
260
Elongation A50
% min
10
Elongation A
% min
8
Brinell hardness
HBS
95

Dimension
Min
5
Max
25
Tensile strength (Rm) MPa
Min
310
Max
-
Proof stress (Rp0,2)
MPa
260
Elongation A50
% min
10
Elongation A
% min
8
Brinell hardness
HBS
95

Dimension
Min
20
Max
150
Tensile strength (Rm) MPa
Min
310
Max
-
Proof stress (Rp0,2)
MPa
260
Elongation A50
% min
-
Elongation A
% min
8
Brinell hardness
HBS
95

Dimension
Min
150
Max
200
Tensile strength (Rm) MPa
Min
280
Max
-
Proof stress (Rp0,2)
MPa
240
Elongation A50
% min
-
Elongation A
% min
6
Brinell hardness
HBS
95

Dimension
Min
200
Max
250
Tensile strength (Rm) MPa
Min
270
Max
-
Proof stress (Rp0,2)
MPa
200
Elongation A50
% min
-
Elongation A
% min
6
Brinell hardness
HBS
95