7094670 DURATOOL, 7094670 Datasheet - Page 9

• Manufacturer Part Number: 7094670
• Description: ALUMINIUM ROUND BAR, 1/4", PK5
• Manufacturer: DURATOOL

Specifications of 7094670

• Standard: BS1474
• External Length / Height: 1000mm
• Outside Diameter: 1/4"
• Pack Quantity: 5
• Length: 1000mm
• Rohs Compliant: NA
• Lead Free Status / RoHS Status: na

46
Aluminium can be easily formed by
all the main production processes
and all alloys are easily formed,
welded and joined. It can be
extruded into the most complex of
shapes allowing screw fixings, snap
fit jointing and attractive design
features. It can be drawn to achieve
the most exacting of tolerances
and to specific levels of hardness
for the most critical of applications.
Then finally it can be hot or cold
rolled to provide a multitude of
thicknesses and widths from
cooking foil to heavy plate.
Aluminium can be surface rolled to
give many attractive, decorative
and functional patterns. These
include popular patterns such as:
stucco, checkmate, treadplate and
many more. Aluminium responds
well to a variety of finishing
methods; painting and anodising
are the two most popularly used.
Each provides an attractive and
highly durable finish. These
processes can be applied either as a
post manufactured operation or as
an integrated part of the semis
production process.
Aluminium is available in a range
of alloys giving properties suitable
for an ever-increasing number of
applications. Major recycling
programmes make a significant
contribution to the preservation of
the environment. Only 5% of the
energy required to smelt primary
metal is used when recycling,
which also avoids the problems of
waste disposal and dumping.
Whilst contributing significantly
to protecting the environment,
aluminium maintains a leading
position in terms of material
selection by being the most cost
effective solution for many
industrial and consumer
applications.
Aluminium Alloy Groups
Temper Designation for Aluminium Alloys
Designations & Chemical composition of selected
Aluminium Alloys
1XXX
2XXX
3XXX
4XXX
5XXX
6XXX
7XXX
8XXX
Alloy – F: as fabricated
Non-heat treatable alloys
Alloy
Alloy
Heat treatable alloys
T2
T3
T4
T5
T6
T9
T651*
* Example of 3 digit number which denotes special tempers achieved
Current
AA1050A
AA2011
AA3103
AA4015
AA5083
AA5251
AA5005
AA5454
AA5754
AA6063
AA6082
AA6262
AA7075
by variation treatment.
Cooled from an elevated temperature shaping process and
artificially aged
Solution heat treated, stress relieved by stretching and then
artificially aged
H1
H2
H3
HX2
HX4
HX6
HX8
Cooled from an elevated temperature and naturally aged
Solution heat-treated, cold worked and naturally aged
Solution heat-treated and naturally aged
Solution heat treated and artificially aged
Solution heat-treated, artificially aged and cold worked
Aluminium of 99% minimum purity
Aluminium-copper alloys
Aluminium-manganese alloys
Aluminium-silicon alloys
Aluminium-magnesium alloys
Aluminium-magnesium-silicon alloys
Aluminium-zinc-magnesium alloys
Miscellaneous alloys, e.g. aluminium-lithium alloys
Alloy Designation
Previous
Al 99,5
Al Cu6BiPb
Al Mn1
–
Al Mg4,5Mn0,7
Al Mg2
Al Mg1(B)
Al Mg3Mn
Al Mg3
Al Mg0,7Si
Al Si1MgMn
–
Al ZnMgCu1.5
Work-hardened only
Work-hardened and partially annealed
Work-hardened and stabilized by low temperature
treatment
Quarter-hard
Half-hard
Three-quarter-hard
Full-hard
Alloy – O: annealed (wrought alloys)
S1B
FC1
NS3
N8
NS4
N41
N51
HE9
HE30
}
Degree of
cold working
Composition
Al 99.5
Al 5.5Cu 0.4Bi 0.4Pb
Al 1.2Mn
Al 2Si 1Mn FeCuMgZn
Al 4.5Mg 0.7MnCr
Al 2.0Mg 0.3Mn
Al 0.8Mg
Al 2.7Mg 0.8MnCr
Al 3.1MgMnCr
Al 0.7Mg 0.4Si
Al 0.9Mg 1.0Si 0.7Mn
Al 1.0Mg 0.6Si Pb
Al 5.6Zn 2.5Mg 1.6Cu