SPECIAL ALLOYS
Formal Alüminyum
6XXX
EN AW 6060
CHEMICAL COMPOSITION (%)
SiFeCuMnMgCrZnTiAl
0,30-0,60,10-0,60,10,10,35-0,60,050,150,1Balance
EXTRUDED WIRE ROD
TemperWall Thickness (t)
(mm)		Tensile Strength
(Mpa)		Yield Strength
(Mpa)		Elongation (%)Hardness (HB)
DSMinMaxMinMaxMinMin
T4≤ 150≤ 150120-60-1450
T5≤ 150≤ 150160-120-660
T6≤ 150≤ 150190-150-670
T64≤ 50≤ 50180-120-1060
T66≤ 150≤ 150215-160-675
EXTRUDED PIPE
TemperWall Thickness (t)
(mm)		Tensile Strength
(Mpa)		Yield Strength
(Mpa)		Elongation (%)Hardness (HB)
MinMaxMinMaxMinMin
T4≤ 15120-60-1450
T5≤ 15160-120-660
T6≤ 15190-150-670
T64≤ 15180-120-1060
T66≤ 15215-160-675
EXTRUDED PROFILE
TemperWall Thickness (t)
(mm)		Tensile Strength
(Mpa)		Yield Strength
(Mpa)		Elongation (%)Hardness (HB)
MinMaxMinMaxMinMin
T4≤ 25180-60-1450
T5≤ 5
5< t ≤ 25		160
140		-120
100		-6
6		60
60
T6≤ 5
5< t ≤ 25		190
170		-150
140		-6
6		70
70
T64≤ 15180-120-1060
T66≤ 5
5< t ≤ 25		215
195		-160
150		-6
6		75
75


D = Diameter of the round bar.
S = Length of sides for square and hexagonal bar, thickness for rectangular bar.
The properties can be obtained through the quenching process under pressure

Bending quality
If the cross-sectional area of a profile has different thicknesses and these different thicknesses are determined more than one mechanical 
If it corresponds to the properties, then the lowest specified value for the cross-sectional area of the whole profile should be taken.

CHARACTERISTIC FEATURES
It has high corrosion resistance, very good weldability, high fatigue strength, good machinability in T4 heat treatment form and can be produced for complex parts.

PRODUCTION TYPES
It is possible to produce for Foil, Wire, Sheet, Roll, Lama, Profile types.

AREAS OF USE
It is used in cooling sections, lighting, architectural systems, interior fittings, solar panels.
EN AW 6061
CHEMICAL COMPOSITION (%)
SiFeCuMnMgCrZnTiAl
0,40-0,80,70,15-0,400,150,8-1,20,04-0,350,250,15Balance
EXTRUDED WIRE ROD
TemperWall Thickness (t)
(mm)		Tensile Strength
(Mpa)		Yield Strength
(Mpa)		Elongation (%)Hardness (HB)
DSMinMaxMinMaxMinMin
0,H111≤ 200≤ 200-150-1101430
T4≤ 200≤ 200180-110-1365
T6≤ 200≤ 200260-240-695
EXTRUDED PIPE
TemperWall Thickness (t)
(mm)		Tensile Strength
(Mpa)		Yield Strength
(Mpa)		Elongation (%)Hardness (HB)
MinMaxMinMaxMinMin
0,H111≤ 25-150-1101430
T4≤ 25180-110-1365
T6≤ 5
5< t ≤ 25		260
260		-240
240		-
-		6
8		95
95
EXTRUDED PROFILE
TemperWall Thickness (t)
(mm)		Tensile Strength
(Mpa)		Yield Strength
(Mpa)		Elongation (%)Hardness (HB)
T4≤ 25180-110-1365
T6≤ 5
5< t ≤ 25		260
260		-240
240		-7
8		95
95


D =Diameter of the round bar.
S =Distance between two parallel sides for square and hexagonal bar, thickness for rectangular bar.
The properties can be obtained by quenching under pressure.
If the cross-sectional area of a profile has different thicknesses and these different thicknesses correspond to more than one specified mechanical property, then the lowest specified value should be taken for the cross-sectional area of the whole profile.

CHARACTERISTIC FEATURES
In addition to being used when profiles with high hardness and high machining capability are required, it has a very high corrosion resistance and is a weldable alloy type.

PRODUCTION TYPES
It is possible to produce sheets, rolls, lamellae and profile types with different geometries.

AREAS OF USE
It is an alloy that can be used in railway transportation, bicycle frame, shipbuilding industry, boiler manufacturing, tower construction, defense industry.
EN AW 6063
CHEMICAL COMPOSITION (%)
SiFeCuMnMgCrZnTiAl
0,20-0,60,350,10,10,45-0,90,10,10,1Balance
EXTRUDED WIRE ROD
TemperWall Thickness (t)
(mm)		Tensile Strength
(Mpa)		Yield Strength
(Mpa)		Elongation (%)Hardness (HB)
DSMinMaxMinMaxMinMin
0,H111≤ 200≤ 200-130--1625
T4≤ 150
150< D ≤ 200		≤ 150
150< S ≤ 200		130
120		-
-		65
65		-
-		12
-		50
50
T5≤ 200≤ 200175-130-665
T6≤ 150
150< D ≤ 200		≤ 150
150< S ≤ 200		215
195		-
-		170
160		-
-		8
-		75
75
T66≤ 200≤ 200245-200-880
EXTRUDED PIPE
TemperWall Thickness (t)
(mm)		Tensile Strength
(Mpa)		Yield Strength
(Mpa)		Elongation (%)Hardness (HB)
MinMaxMinMaxMinMin
0,H111≤ 25-130--1625
T4≤ 10
10< t ≤ 25		130
120		-
-		65
65		-
-		12
10		50
50
T5< 25175-130-
-		665
T6≤ 25215-170-
-		875
T66≤ 25245-200-
-		880
EXTRUDED PROFILE
TemperWall Thickness (t)
(mm)		Tensile Strength
(Mpa)		Yield Strength
(Mpa)		Elongation (%)Hardness (HB)
MinMaxMinMaxMinMin
T4≤ 25130-65-1250
T5≤ 10
10< t ≤ 25		175
160		-130
110		-6
5		65
65
T6≤ 10
10< t ≤ 25		215
195		-170
160		-6
6		75
75
T64≤ 15180-120-1065
T66≤ 10
10< t ≤ 25		245
225		-200
180		-6
6		80
80

D = Diameter of the round bar.
S = Distance between two parallel sides for square and hexagonal bar, thickness for rectangular bar.
The properties can be obtained through the quenching process under pressure.
Bending quality.
If the cross-sectional area of a profile has different thicknesses and these different thicknesses correspond to more than one specified mechanical property, then the lowest specified value must be taken for the entire cross-sectional area of the profile.

CHARACTERISTIC FEATURES
It is a type of alloy with very high weldability. It has high fatigue strength and corrosion resistance. It has cold formability in T4 heat treatment form. It is suitable for parts with complex geometry. Anodizing capability is quite high.

PRODUCTION TYPES
It is possible to produce sheets, rolls, lamellae and profiles with complex geometries.

AREAS OF USE
It has a wide range of products in architectural systems such as radiator productions, lighting, stair railings, cooler profiles, doors and windows.

EN AW 6082
CHEMICAL COMPOSITION (%)
SiFeCuMnMgCrZnTiAl
0,7-1,30,50,10,40-1,00,6-1,20,250,20,1Balance
EXTRUDED WIRE ROD
TemperWall Thickness (t)
(mm)		Tensile Strength
(Mpa)		Yield Strength
(Mpa)		Elongation (%)Hardness (HB)
DSMinMaxMinMaxMinMin
0,H111≤ 200≤ 200-160-1101235
T4≤ 200≤ 200205-
-		110-
-		1270
T6≤ 20
20< D ≤ 150
150< D ≤ 200
200< D ≤ 250		≤ 20
20< S ≤ 150
150< S ≤ 200
200< S ≤ 250		295
310
280
270		-
-
-
-		250
260
240
200		-
-
-
-		6
-
-
-		95
95
95
95
EXTRUDED PIPE
TemperWall Thickness (t)
(mm)		Tensile Strength
(Mpa)		Yield Strength
(Mpa)		Elongation (%)Hardness (HB)
MinMaxMinMaxMinMin
0,H111≤ 25-160-1101235
T4≤ 25205-110-
-		1270
T6≤ 5
5< t ≤ 25		290
310		-250
260		-
-		6
8		95
95
EXTRUDED PROFILE
TemperWall Thickness (t)
(mm)		Tensile Strength
(Mpa)		Yield Strength
(Mpa)		Elongation (%)Hardness (HB)
MinMaxMinMaxMinMin
0,H111All-160-1101235
T4≤ 25205-110-1270
T5
(Açık Profil)		≤ 5270-230-690
T6
(Açık Profil)		≤ 5
5< t ≤ 25		290
310		-250
260		-6
8		95
95
T5
(Boş Profil)		≤ 5270-230-690
T6
(Boş Profil)		≤ 5
5< t ≤ 25		290
310		-
-		250
260		-
-		6
8		95
95

D = Diameter of the round bar.
S = Distance between two parallel sides for square and hexagonal bar, thickness for rectangular bar.
The properties can be obtained by quenching under pressure.
If the cross-sectional area of a profile has different thicknesses and these different thicknesses correspond to more than one specified mechanical property, then the lowest specified value should be taken for the cross-sectional area of the whole profile.

CHARACTERISTIC FEATURES
Can be used in areas where high strength is required.

PRODUCTION TYPES
It is possible to produce for Sheet, Roll, Lama and not very complex profile types.

AREAS OF USE
It can be used in scaffolding, truck carburetor group. It is a type of alloy that can be used in ship masts and beams.
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