ALUMINIJ-spec
Transcript of ALUMINIJ-spec
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Defence Aluminium
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Defence Aluminium
... Solutions from Aleris 3
... Plate Products 4
... Extruded Products 11
... Component Manufacturing 13
Customer Engineering Support
Research and Development 14
Quality Assurance
Approvals Our Brand is Quality 15
Pictures used by courtesy of
General Dynamics European Land Systems - Ger-
many GmbH, Krauss - Maffei Wegmann GmbH &
Co. KG, Textron Marine and Land Systems, BAE
Systems, Hyundai Rotem Company, Doosan DST
Co., Ltd. and CEFA (France).
Contents
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lity
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Aleris with its European headquarter in
Switzerland is among the worlds head-
ing suppliers of high-quality aluminium
rolled and extruded products, aluminium
recycling manufacturing top-quality cast,
wrought and magnesium alloys, as well
as custom-made components for the
defence industry.
As a result of more than five decades
of experience and knowledge, gained
by being the principal supplier to many
industries, and continuous investment
in state-of-the-art production facilities,
research and development, quality as-
surance, as well as ongoing education
and training of employees, Aleris prod-
ucts are continuously improved.
This continuous improvement has enabled
Aleris, via defence specialized plants in
Koblenz, Bonn (both in Germany) and
Duffel (Belgium), to supply the interna-
tional defence industry with innovative
aluminium materials and components
of the highest quality, which fulfil, not
only the highest industry standards but
also all conceivable individual customer
specifications with respect to their di-
mensions, properties and quality char-
acteristics.
Aleris know-how has been applied in de-
veloping niche products of various alloys
like thick and extremely wide defence
aluminium plates or sections in custom-
ized sizes and large extruded products,
as well as custom-made components
which fully satisfy the requirements of
the worldwide defence industry.
A comprehensive quality management
system has been established for all speci-
fied material properties, continually con-
trolled and documented during the entire
fabrication processes, which guarantees
that the most stringent requirements of
both customers and governmental in-
stitutions worldwide are complied with.
It ensures highly consistent quality and
helps to continuously improve the prod-
uct quality.
If you need further data or more ur-
gent assistance, please contact us
using the information provided at the
back of this brochure or simply visit
our website at www.aleris.com.
Defence Solutions from Aleris
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Defence Aluminium Plate Products
Aleris in Europe with its two entities Al-
eris Aluminum Koblenz GmbH in Ger-
many and Aleris Aluminum Duffel BVBA
in Belgium operates two world-class
rolling mills with unique manufacturing
capabilities for flat rolled semi-finished
products for e.g. the automotive, aero-
space and defence industry.
Traditionally, the aluminium alloys used
for armoured vehicles and other military
related applications are high strength,
heat-treatable 2xxx and 7xxx series al-
loys but also low-density and cost ef-
ficient 5xxx series alloys with excellent
ballistic properties, good weldability and
outstanding corrosion resistance.
As part of Aleris strategic plan to de-
velop new aluminium plate materials and
solutions for armoured vehicles with the
highest property performance in extreme
dimensions in particular with respect
to thickness and width various devel-opment projects, investment programs
as well as other activities have been
carried out, enabling Aleris (especially
the Koblenz plant) to become one of the
most important suppliers of aluminium
armour plate products into the worlds
defence industry.
Aleris aluminium plates offer an opti-
mum solution for any kind of structural
application with specific ballistic per-
formance, if required. They allow the
design of light-weight, reliable and cost
efficient components for light armoured
civilian and tactical vehicles as well as
for heavy constructions like military
bridges. They improve strategic and
tactical mobility of defence components
e.g. by transport aircraft into combat or
disaster relief which gives aluminium a
comparative advantage over steel.
Aluminium armour plates with ballistic
requirements are being tested at certi-
fied testing laboratories such as BWB
(Germany), TNO (The Netherlands) or
APG (USA) with consideration of na-
tional and international regulations and
standards.
Aleris supplies defence aluminium plate
products based on the following alloys
and tempers according to the various
relevant material specifications:
Alloys and specifications
With ballistic requirements
Alloy* Temper Specification
AA 5083 H131 MIL-DTL-46027
EN AW 5083 TL 2350-0004
AA 5059 H131 MIL-DTL-46027
EN AW 5059 TL 2350-0004
Alustar
AA 5059 H136 MIL-DTL-46027
Alustar
AA 2519 T87 MIL-DTL-46192
AA 7017 T6 TL 2350-0004
EN AW 7020 T6 TL 2350-0004
AA 7039 T6 MIL-DTL-46063
* Other alloys on request
Without ballistic requirements
Alloy* Temper Specification
AA 5456 H116 ASTM
AA 2024 O ASTM
AA 6061 T6 AMS-QQ-A
EN AW 6061 EN 485-2
EN AW 7020 T6 EN 485-2
EN AW 7022 T6 EN 485-2
* Other alloys on request
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In the following tables Aleris aluminium
armour plates with ballistic requirements
are characterized in detail and compared
to minimum values specified in TL and
MIL standards.
Additionally, typical mechanical proper-
ties after fusions welding and friction stir
welding (FSW) demonstrate the advan-
tage of Aleris theAlustaralloy in a cost
efficient manufacturing process.
Basic material properties
Physical properties
Alloy* Density E-Modulus
Coeff. of thermal expansion
Thermal conductivity Electrical conductivity
20-100C 68-212F 20C 68F 20C 68F
g/cm3 lbs/in3 MPa 103ksi m/m K in/in F W/(m * K) btu/(ft h F) m/( mm2) %IACS
5083 2.66 0.096 69,200 10.0 24.5 13.6 131 75.7 17 29.3
5059 2.64 0.095 70,400 10.2 23.0 12.8 130 75.1 16 27.6
Alustar
2519 2.82 0.102 71,000 10.3 22.0 12.2 140 80.9 19 32.8
7017 2.77 0.100 70,500 10.2 23.3 12.9 130 75.1 21 36,3
7020 2.77 0.100 71,000 10.3 23.1 12.8 137 79.2 20 34,5
7039 2.73 0.099 69,600 10.1 23.4 13.0 125 72.2 19 32,8
* According to AA or EN AW
Chemical composition
Alloy* Chemical elements Other Other
Si Fe Cu Mn Mg Cr Zn Ti Zr V Individual Total
5083 Min. weight (%) 0.00 0.00 0.00 0.40 4.0 0.05 0.00 0.00 - - 0.00 0.00
Max. weight (%) 0.40 0.40 0.10 1.0 4.9 0.25 0.25 0.15 - - 0.05 0.15
5059 Min. weight (%) 0.00 0.00 0.00 0.6 5.0 0.00 0.4 0.00 0.05 - 0.00 0.00
Alustar Max. weight (%) 0.45 0.5 0.25 1.2 6.0 0.25 0.9 0.2 0.25 - 0.05 0.15
2519 Min. weight (%) 0.00 0.00 5.3 0.10 0.05 - 0.00 0.02 0.10 0.05 0.00 0.00
Max. weight (%) 0.25 0.30 6.4 0.50 0.40 - 0.10 0.10 0.25 0.15 0.05 0.15
7017** Min. weight (%) 0.00 0.00 0.10 0.10 1.7 0.00 4.0 0.00 0.10 - 0.00 0.00
Max. weight (%) 0.30 0.40 0.20 0.70 3.3 0.25 6.0 0.15 0.25 - 0.05 0.15
7020** Min. weight (%) 0.00 0.00 0.00 0.05 1.0 0.10 4.0 0.08 - 0.00 0.00
Max. weight (%) 0.35 0.40 0.20 0.50 1.4 0.35 5.0 0.20 - 0.05 0.15
7039 Min. weight (%) 0.00 0.00 0.00 0.10 2.3 0.15 3.5 0.00 - - 0.00 0.00
Max. weight (%) 0.30 0.40 0.10 0.40 3.3 0.25 4.5 0.10 - - 0.05 0.15
* According to AA or EN AW
** According to TL 2350-0004
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Minimum mechanical properties
Alloy Temper Specification* Test Plate thickness Tensile strength Rm
Yield strength Rp0.2
Elongation A
direction mm in MPa ksi MPa ksi %AA 5083 H131 MIL-DTL-46027 L 6.35 - 12.67 0.250 - 0.499 310 45.0 241 35.0 8
(table VI) 12.7 - 50.8 0.500 - 2.000 310 45.0 255 37.0 8
50.83 - 76.2 2.001 - 3.000 303 44.0 241 35.0 9
EN AW 5083 H131 TL 2350-0004 LT 6.35 - 12.67 0.250 - 0.499 311 45.0 242 35.0 8
12.7 - 50.8 0.500 - 2.000 311 45.0 256 37.0 8
50.83 - 76.2 2.001 - 3.000 304 44.0 242 35.0 9
AA 5059 H131 MIL-DTL-46027 L 6.35 - 12.67 0.250 - 0.499 393 57.0 303 44.0 8
Alustar (table VI) 12.7 - 50.8 0.500 - 2.000 393 57.0 296 43.0 7
50.83 - 76.2 2.001 - 3.000 344 50.0 289 42.0 8
EN AW 5059 H131 TL 2350-0004 LT 6 - 60 0.236 - 2.362 370 54.0 300 44.0 8
Alustar
AA 5059 H136 MIL-DTL-46027 L 6.35 - 12.67 0.250 - 0.499 365 53.0 296 43.0 10
Alustar (table VI) 12.7 - 50.8 0.500 - 2.000 358 52.0 289 42.0 10
50.83 - 76.2 2.001 - 3.000 344 50.0 289 42.0 10
AA 2519 T87 MIL-A-46192 L 12.7 - 38.1 0.500 - 1.500 455 66.0 407 59.0 10
(table II) 38.1 - 50.8 1.501 - 2.000 455 66.0 407 59.0 9
50.8 - 76.2 2.001 - 3.000 462 67.0 414 60.0 8
76.2 - 101.6 3.001 - 4.000 469 68.0 421 61.0 7
AA 7017 T6 TL 2350-0004 LT 6 - 50 0.236 - 1.969 430 62.4 360 52.2 8
> 50 - 76 > 1.969 - 2.992 410 59.5 340 49.3 8
> 76 > 2.992 410 59.5 340 49.3 6
EN AW 7020 T6 TL 2350-0004 LT < 25 < 0.984 350 50.8 280 40.6 10
> 25 - 60 > 0.984 - 2.362 340 49.3 275 40.0 8
AA 7039 T6 MIL-DTL-46063 L < 38.1 < 1.5 414 60.0 352 51.0 9
(table II) > 38.1 > 1.5 393 57.0 331 48.0 8
* Mechanical properties according to table VI of MIL-DTL-46027 for standard dimensions up to 60 x 140 (width x length)
For wider plates with dimensions 60 < width < 100 mechanical properties are guaranteed according to MIL-DTL-46027 table II
Other dimensions on request
Mechanical performance
Minimum and typical mechanical pro-
perties are measured in L-direction
as specified in MIL standards, while
plates produced according to TL stan-
dards are tested in LT direction. Pro-
perties after welding are always mea-
sured across the weld seam, typically
in the LT direction.
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Typical mechanical properties (based on actual production values)
Alloy* Temper Test Plate thickness Tensile strength Rm
Yield strength Rp0.2
Elongation A
direction mm in MPa ksi MPa ksi %5083 H131 L 6.35 - 12.67 0.250 - 0.499 345 50.0 285 41.3 10
12.7 - 50.8 0.500 - 2.000 330 48.0 275 40.0 10
50.83 - 76.2 2.001 - 3.000 320 46.4 265 38.4 11
5059 H131 L 6.35 - 12.67 0.250 - 0.499 405 58.7 360 52.2 9
Alustar 12.7 - 50.8 0.500 - 2.000 395 57.3 350 50.8 9
50.83 - 76.2 2.001 - 3.000 360 52.2 310 45.0 10
5059 H131 LT 25.8 1.016 411 59.6 319 46.3 11
Alustar
5059 H136 L 6.35 - 12.67 0.250 - 0.499 375 54.4 310 45.0 12
Alustar 12.7 - 50.8 0.500 - 2.000 380 55.0 320 46.4 11
50.83 - 76.2 2.001 - 3.000 355 51.5 295 42.8 12
2519 T87 L 12.7 0.500 484 70.2 455 66.0 12
25.4 1.000 488 70.8 464 67.3 12
38.1 1.500 484 70.2 458 66.4 12
7017 T6 LT > 6 < 50 0.16 - 1.97 445 64.5 385 55.8 11
7020 T6 LT > 4 < 25 0.16 - 0.98 360 52.2 300 43.5 13
> 25 < 60 1 - 2.36 355 51.5 295 42.8 11
7039 T6 L < 38.1 < 1.5 435 63.0 375 54.4 11
> 38.1 > 1.5 425 61.6 355 51.5 10
Typical values after fusion welding
Alloy* Temper Typical Typical plate Tensile strength Rm
Yield strength Rp0.2
filler wire thickness
alloy* mm in MPa ksi MPa ksi
5083 H131 5183 20 - 30 0.78 - 1.18 275 40.0 125 18.2
5059 H131 5183 20 - 30 0.78 - 1.18 300 43.5 160 23.2Alustar 5556
5059 H136 5183 20 - 30 0.78 - 1.18 300 43.5 160 23.2
Alustar 5556
2519 T87 2319 101.1 4 280 40.6 204 29.6
7017 T6 5183 25 - 30 1 - 1.18 260 37.7 205 29.7
5356/5556
7020 T6 5183 25 - 30 1 - 1.18 275 40.0 205 29.7
5356/5556
7039 T6 5183 25 - 30 1 - 1.18 310 45.0 175 25.4
5356/5556
for comparison:
6061 T6 4043 < 30 < 1.18 185 26.8 115 16.7
5183
* According to AA or EN AW
All values are measured across the weld seam and rolli ng direction (LT-direction)
after friction stir welding (FSW)
Tensile strength Rm
Yield strength Rp0.2
MPa ksi MPa ksi
285 41.3 162 23.5
340 49.3 180 26.1
340 49.3 180 26.1
** ** ** **
** ** ** **
325 47.1 240 34.8
** ** ** **
252 36.5 162 23.5
** To be determined
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Milne de Marre graph for armour plate materials (according to MIL)
Ballistic performance
The following Milne de Marre graphs have
been generated to offer a design guide
to engineers and designers of armoured
vehicles, as well as to demonstrate the
ballistic performance and weight effi-
ciency of most commonly used Aleris
armour plate alloys.
They allow a simple estimation of the
weight of an aluminium plate under con-
sideration of the ballistic performance ac-
cording to the appropriate MIL standard
and the individual alloy density.
Projectile .30AP M2 0
950 3,117
900 2,953
850 2,789
800 2,625
750 2,461
700 2,297
650 2,133
Projectile 20 mm FSP
950 3,117
850 2,789
750 2,461
650 2,133
550 1,804
450 1,476
350 1,148
V50
limit velocity
[m/s] [ft/s]
V50
limit velocity
[m/s] [ft/s]
Areal density [kg/m 2(lb/ft2)] Areal density [kg/m2(lb/ft2)]
70 80 90 100 110 120 130 140
(14.3) (16.4) (18.4) (20.5) (22.5) (24.6) (26.6) (28.7)
70 80 90 100 110
(14.3) (16.4) (18.4) (20.5) (22.5)
AA 2519 AA 2519AA 5059Alustar AA 5059AlustarAA 7039 AA 7039
How to use the graph:
Requirement V50
: 800 m/s 2,625 ft/s
Arial density AA 5059Alustar: 115 kg/m2 23.6 lb/ft2
Assumed plate dimension: t x 2,000 x 3,000 mm t x 78.7 x 118.1 in
Assumed plate weight: 690 kg 1,521 lb
Example:
V50
= 800 m/s (2,625 ft/s)
Result:
Arial density = 115 kg/m2(23.6 lb/ft2)
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Natural sea water test
Alloy* Temper Thickness
Test time
MIG welded Remarks
mm in month
with filler alloy5059 H136 12.7 0.5 14 5183 insignificant attack on the water line, no visible attack on the weld seam
Alustar insignificant attack in the Heat Affected Zone (HAZ), pitting on the surface
2519 T87 13 0.51 3 2319 corrosion on the rolled surface, insignificant attack on the weld seam and in the HAZ
* According to AA or EN AW
AA 5059 H136
front side (final weld pass)
AA 2519 T87
front side (final weld pass)
AA 5059 H136
back side (root pass)
AA 2519 T87
back side (root pass)
Corrosion performance
The AlerisAlustaralloy was originally
developed for the challenging corrosion
requirements of the international ship-
building industry. Alustarhas been
further developed to make it applicable
to the defence industry, where corrosion
performance is an essential operational
requirement.
For example, not only for amphibious
vehicles but also for other armoured
vehicles in corrosive environments due
to chemical / biological exposure or the
extreme environment conditions seen
through operational deployment through-
out the life time of such vehicles.
Todays economic expectations are lead-
ing to extended life cycles for current and
future military platforms requiring new
materials like Alustarwith outstand-
ing corrosion resistance and excellent
ballistic protection.
Welded samples of AA 5059 and AA 2519 after natural sea water corrosion test
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Advantages
General dimensionalcapabilities for armour plate*
mm inThickness up to 254 10
Width up to 3,300 130
Length up to 24,000 945
* Subject to alloy, temper and
thickness x width combination
Larger dimensions on request
Specific manufacturing capabilities
Alloy* Temper Specified Specified Produced Produced width
thickness (MIL) thickness (TL) thickness
mm in mm in mm in mm in
5083 H131 76.2 3 76.2 3 76.2 3 2,540 100
5059 H131 76.2 3 60 2.36 76.2 3 2,921 115
Alustar
5059 H136 76.2 3 - - 152.4** 6** 3,048 120
Alustar
2519 T87 101.6 4 - - 101.6 4 2,032 80
7017 T6 - - 76 ~ 3 76.2 3 2,000 ~ 79
7020 T6 - - 60 2.36 60 2.36 2,870 ~ 113
7039 T6 101.6 4 - - 101.6 4 2,108 83
* According to AA or EN AW
** Without ballistic requirements; other dimensions on request
not suitable excellent
Characteristics of aluminium armour alloys
Alloy* Temper Corrosion Weldability Ballistic requirements Spalling Mine Blast
resistance according to MIL standards
.30 AP M2 0 20 mm FSP
5083 H131
5059Alustar H131
5059Alustar H136
2519 T87
7017 T6
7020 T6
7039 T6
* According to AA or EN AW
Based on Aleris unique manufacturing
technologies, such as the worlds most
powerful 160 (4,064 mm) wide hot roll-
ing mill and the 8,000 tons stretcher,
high performance plate products with
extraordinary dimensions can be pro-
duced, leaving nothing to be desired.
All dimensional requirements in terms
of thickness covered by the relevant TL
and MIL specifications can be fulfilled
as a minimum. Moreover, armour plates
in extreme widths can be provided to
reduce the number of weld seams in a
cost efficient manufacturing process
a key manufacturing cost and design
integrity advantage.
ThroughAlustarAleris offers the broadest
range and maximizes design flexibility.
Conclusion
Aleris offers a large variety of armour
plate materials for ballistic protection.
The product portfolio comprises high
strength, heat-treatable 2xxx and 7xxx
series alloys but also 5xxx series alloys,
such asAlustarwith low density, excel-
lent weldability and corrosion resistance.
At the same time the ballistic protection
is comparable to the best performing
high strength alloys used in the indus-
try today.
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Defence Aluminium Extruded Products
High strength alloys are heat-treated in
one of the most modern horizontal so-
lution-heat-treatment furnaces, built by
Ebner with an annual capacity of about
4,900 tons. Based on a highly sophis-
ticated quenching system, as well as a
800 tons-stretcher for straightening and
stress relieving Aleris new equipment
allows the production of complex shapes
with nearly no distortion. It increases
Aleris production capacity to a larger
range of sizes and shapes and brings
Aleris process capability to a higher
level for the entire product range.
Aleris in Europe operates a number of
extrusion plants, two of which are dedi-
cated to the manufacturing of high per-
formance extruded rod, bars and shapes
for the defence industry.
The extrusion plants Aleris Aluminum
Bonn GmbH (Germany) and Aleris Alumi-
num Duffel BVBA (Belgium) are equipped
with sophisticated production equipment
utilizing all the necessary machinery for
the production of approved defence ex-
truded products.
In order to produce small, medium size,
wide and heavy extrusions, either as
open or hollow sections out of 5xxx, 6xxx
and 7xxx series alloys, various extrusion
presses are operating in direct or indirect
mode up to 90 MN.
Defence extrusion alloys*
2618A 6005A 7003 7022
5049 6060 7010 7049
5059Alustar 6061 7020 7075
5083 6082 7021 7175
* According to AA or EN AW
All alloys are subject to profile size and geometry Other alloys on request
Weight of compact solids
Alloy mm in mm in mm in mm in mm in
du 40 1.57 60 2.36 89 3.50 225 8.86 560 22.05
2xxx / 5xxx / 7xxx Min. weight (kg/m; lbs/ft) 1.0 0.67 1.5 1.01 2.4 1.61 11.8 7.93 26.6 17.87
Max. weight (kg/m; lbs/ft) 102.5 68.9 102.5 68.9 102.5 68.9 102.5 68.9 350.0 235.2
6xxx Min. weight (kg/m; lbs/ft) 0.6 0.40 1.0 0.67 1.5 1.01 7.6 5.11 10.0 6.72
Max. weight (kg/m; lbs/ft) 102.5 68.9 102.5 68.9 102.5 68.9 102.5 68.9 350.0 235.2
Weight of wide compact solids
Alloy mm in mm in mm in mm in mm in
W x H 120 x 70 4.72 x 2.76 150 x 30 5.91 x 1.18 194 x 30 7.64 x 1.18 700 x 120 27.56 x 4.72 700 x 180 27.56 x 7.09
730 x 120 28.74 x 4.72
750 x 60 29.53 x 2.36
2xxx / 5xxx Min. weight
7xxx (kg/m; lbs/ft) 5.9 3.96 3.8 2.55 5.9 3.96 26.6 17.87 - -
Max. weight
(kg/m; lbs/ft) 102.5 68.9 102.5 68.9 102.5 68.9 350.0 235.2 350.0 235.2
6xxx Min. weight
(kg/m; lbs/ft) 3.8 2.55 2.5 1.68 3.8 2.55 10.0 6.72 10.0 6.72
Max. weight
(kg/m; lbs/ft) 102.5 68.9 102.5 68.9 102.5 68.9 350.0 235.2 350.0 235.2
du
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Alloys and capabilities
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Minimum wall thickness of open extrusions
Alloy* mm in mm in mm in mm in mm in mm in
du < 100 < 3.94 < 200 < 7.87 < 300 < 11.81 < 400 < 15.75 < 500 < 19.69 < 540 < 21.26
5083 / 5049 5.0 0.20 5.5 0.22 6.0 0.24 7.0 0.28 7.0 0.28 8.0 0.31
6060 / 6005A 1.0 - 1.5 0.04 - 0.06 2.0 0.08 3.0 0.12 4.0 0.16 4.5 0.18 5.0 0.20
6082 / 6061 1.8 0.07 2.5 0.10 3.5 0.14 4.5 0.18 5.5 0.22 7.0 0.28
7020 / 7021 / 7003 3.5 0.14 4.0 0.16 4.5 0.18 5.0 0.20 6.0 0.24 7.0 0.28
Minimum wall thickness of extruded hollows
Alloy* mm in mm in mm in mm in mm in
du < 100 < 3.94 < 200 < 7.87 < 300 < 11.81 < 400 < 15.75 < 490 < 19.295083 / 5049** 5.0 0.20 5.5 0.22 6.5 0.26 7.5 0.30 8.0 0.31
6060 / 6005A 1.0 - 1.5 0.04 - 0.06 2.5 0.10 3.5 0.14 4.5 0.18 5.0 0.20
6082 / 6061 2.5 0.10 3.0 0.12 4.0 0.16 5.0 0.20 6.0 0.24
7020 / 7021 / 7003 3.5 0.14 4.0 0.16 4.5 0.18 5.5 0.22 6.5 0.26
** The aluminium extruded hollows can only be manufactured by mandrel (no porthole or bridge dies)
Minimum wall thickness of wide extruded hollows
Alloy* mm in mm in mm in
W x H 500 x 150 19.69 x 5.91 550 x 200 21.65 x 7.87 720 x 30 28.35 x 1.18
700 x 60 27.56 x 2.36
5083 / 5049 - - - - - -
6060 / 6005A 4.5 0.18 3.0 0.12 3.0 0.12
6082 / 6061 5.0 0.20 4.5 0.18 4.0 0.16
7020 / 7021 / 7003 6.0 0.24 5.5 0.22 5.0 0.20
Minimum wall thickness of wide open extrusions
Alloy* mm in mm in mm in
W x H 500 x 150 19.69 x 5.91 550 x 200 21.65 x 7.87 720 x 30 28.35 x 1.18
700 x 60 27.56 x 2.36
5083 / 5049 7.0 0.28 7.0 0.28 7.0 0.28
6060 / 6005A 3.5 0.14 3.0 0.12 2.8 0.11
6082 / 6061 4.5 0.18 4.0 0.16 3.0 0.12
7020 / 7021 / 7003 6.0 0.24 5.5 0.22 4.5 0.18
* Other alloys on request
Individual sections and specific designs on request
du
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W
du
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Design guidelines
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Aleris Aluminum Bonn GmbH is spe-
cialized in large extrusions and project
business. With Europes most modern
large 90MN extrusion press and extra
long run-out length the plant in Bonn is
well prepared to cope with the demands
coming from general engineering, electri-
cal power supply and distribution, rail-
way, waterway, road transport, and the
aircraft and defence industries.
Aleris key to success is to support the
OEMs with expertise and engineering
know-how in extrusions and components
manufacturing as part of the product
development with professional project
handling.
On-site aluminium welding facilities and
machining equipment are designed to
handle heavy duty profiles and over-
sized modular assemblies. Customers
appreciate a single point of contact be-
fore, during and after the projects and
the ability to receive all goods from a
single partner.
Welding of assemblies
The applied welding processes are: MIG
for automated and MIG / TIG for manual
welding. The equipment for the auto-
mated welding of long panels like floors,
roofs, bulkheads, hulls, ramps, etc. has
a range of 26,000 x 3,600 mm.
Machining and milling
Aleris Bonn has two high performance
cutting CNC Machining Centers designed
for milling of tailor-made aluminium sec-
tions, in particular for:
single main extrusions
for structural parts
welded subassemblies e.g.
floor plates, roofs, bulkheads, hulls.
Machine specifications
Type Axes Working area
Fooke 1 5 30,000 x 4,200 x 1,500 mm (~ 1,180 x 166 x 59 in)
Fooke 2 5 25,000 x 4,000 x 1,250 mm
(~ 984 x 157 x 49 in)
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Customer Engineering Support
It is one of our strategic goals not only
to supply material to our customers but
also to provide them with comprehen-
sive engineering support. Our team of
Product Engineers and Process Spe-
cialists will take any challenge to de-
velop together with our customers new
technologies and processes to improve
their products. They are the technologi-
cal link between customer demand and
our production capabilities.
The customer engineering team gives
support by technical consulting, product
and material training, problem solving in
their special field of application as well
as service on the basis of experience
gained in different global industries.
Aleris metallurgical knowledge enables
the transfer of customers requirements,
specific applications and newly defined
properties into metallurgical fabrication
practices for both standard and newproducts.
Research and Development Our New
Product and Technology Pipeline
Research and development is a collec-
tive exercise and is based on a close
cooperation between R&D teams in our
customers, our plants and external par-
ties, e.g. a strategic cooperation with a
partner laboratory located in IJmuiden
(The Netherlands), which acts as a central
research facility for fundamental work,
with excellent facilities and highly quali-
fied, motivated researchers.
The R&D activities focus on the devel-
opment of innovative technologies to
improve both processes and products
to exceed todays and to shape tomor-
rows requirements.
Areas of research:
alloy and technology development
casting technology
hot and cold rolling technology
optimization of heat treatment
processes
numerical and physical modelling
of processes and product
performance
NDT-technology
corrosion and surface technology
forming technology
welding technology
(e.g. LBW, FSW)
other joining techniques
(brazing, adhesive bonding,
mechanical joining)
high speed machining
product design support and
numerical simulation in close
cooperation with OEMs.
Customer Engineering SupportResearch and Development
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Quality AssuranceApprovals Our Brand is Quality
The quality concept is an essential ele-
ment of the company policy. Its objec-
tives are a continuous improvement in the
quality of Aleris products and services
to fulfil all customer requirements. The
quality principles are formulated by the
company management, implemented
and known on all levels and by all em-
ployees within the corporation.
To ensure these quality principles, a
documented quality system has been
implemented. The first quality manual
was established in 1979 based on the
requirements set by the aerospace in-
dustry. Since then the quality system
has been continuously up-dated and
expanded in scope.
Process control ensures that production
takes place under controlled conditions.
Quality inspections are regularly carried
out in various production facilities.
In-house laboratories with state-of-the-
art equipment control proper compo-
sition of alloys and their mechanical
performance.
Aleris Aluminum Koblenz GmbH
Defence related
BWB according to TL 2350-0004
Non defence related
DIN EN ISO 9001
ISO/TS 16949
Environment
DIN EN ISO 14001
Ballistic testing
Bundeswehr, Wehrtechnische
Dienststelle fr Waffen und
Munition, Germany
TNO Prins Maurits Laboratory,
The Netherlands
U.S. Army Aberdeen Test
Center (APG), USA
Certified external testing laboratories
conduct ballistic testing of armour plates
according to national and international
standards and specifications.
The quality philosophy means zero
defects. The quality system takes into
account the customers continuously
rising requirements and specific qual-
ity standards as well as legislative and
regulatory measures which may have
an additional effect.
Aleris Aluminum Bonn GmbH
Defence related
DIN 2303 Q2
Non defence related
DIN EN ISO 9001
ISO/TS 16949 DGR 97/23/EG
DIN EN 15085 CL 1
DIN V 4113-3
Environment
DIN EN ISO 14001
Aleris Aluminum Duffel BVBA
Non defence related
EN ISO 9001
ISO/TS 16949
Environment
EN ISO 14001
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www.aleris.com
Defence Department
Aleris Aluminum Koblenz GmbH
Carl-Spaeter-Strae 10
56070 Koblenz Germany
T +49 (0) 261 891 7479
Aleris
European Headquarter
Aleris Switzerland GmbH
Balz Zimmermann-Strae 7
8058 Zurich Airport Switzerland
T +41 44 828 1400
Care has been taken to ensure that this information is
accurate, but Aleris, including its subsidiaries, does not
accept responsibility or liability for errors or information
which is found to be misleading.