ZK60A T5 High Strength Extruded Magnesium Alloy Plate Chinese
Supplier
Introduction:
As the lightest engineering structure metal material, magnesium
alloys have many unique performances, such as high -ratio intensity
and ratio, high conductivity and thermal conductivity, high
damping, high static shielding, good regeneration rebates, and good
regeneration rebates. The advantages are very popular in the fields
of aviation, aerospace, automobiles and communications. Especially
in terms of lightweight, it has a significant advantage of
unparalleled replacement.
The proportion of magnesium alloys is the lightest in all
structures. Therefore, without reducing the intensity of parts, it
can reduce the weight of aluminum or iron components. The ratio of
magnesium alloy is significantly higher than that of aluminum alloy
and steel, which is comparable to that of aluminum alloy and steel.
In the range of elasticity, when the magnesium alloy is impacting
the load, the absorbed energy is larger than that of aluminum
alloy, so the magnesium alloy has good earthquake resistance and
noise reduction performance. Under the same load, the vibration
reduction is 100 times the aluminum, and the titanium alloy is 300
to 500 times. The electromagnetic shielding is good. The shell
(mobile phone and computer) of 3C products should provide superior
anti -electromagnetic protection effects, and the magnesium alloy
shell can completely absorb electromagnetic interference with
frequency of more than 100dB. Good texture, the appearance and
touch of magnesium alloy are excellent, making the product more
luxurious, and it is not easy to corrode in the air.
Parameter:
Specification of magnesium alloy: | Magnesium Alloy Plates/sheet | classify | specification | Brand | AZ31B/ZK60A/AZ91D/AZ61A/AZ40M/AZ41M/AZ80A | Sheet | Thickness:0.3-7.9mm Customized Max.width 600mm | Medium and heavy plate | Thickness:8-15mm Customized Max.width 1500mm | Thick plate | Thickness:15-200mm Customized Max.width 3000mm | Magnesium Alloy Bar/Rod | Brand | AZ31B/ZK60A/AZ91D/AZ61A/AZ40M/AZ41M/AZ80A/Mg99.95 | Extrusion Bar | φ3-φ130*3000(Customized) | Cast round bar billet | φ93-φ600*4500(Customized) | Magnesium alloy profiles | Size | Customized |
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Magnesium Photoengraving Plate | | | |
Magnesium Photoengraving Plate | | | |
Magnesium Photoengraving Plate | | | |
Magnesium Photoengraving Plate | | | |
Magnesium Photoengraving Plate | | | |
Magnesium Photoengraving Plate | | | |
Magnesium Photoengraving Plate | | | |
Magnesium Photoengraving Plate | | | |
Magnesium Photoengraving Plate | | | |
Magnesium Photoengraving Plate | | | |
Magnesium Photoengraving Plate | | | |
Magnesium Photoengraving Plate | | | |

Feature:
1. The relative ratio of magnesium alloys is the highest -intensity
(ratio of strength to quality). The ratio of rigidity (ratio to
quality) is close to aluminum alloy and steel, which is much higher
than engineering plastics.
2. Within the elastic range, when the magnesium alloy is impacting
the load, the absorbed energy is half larger than that of aluminum
alloy, so the magnesium alloy has good shock resistance and noise
reduction performance.
3. Magnesium alloy melting point is lower than the melting point of
aluminum alloy, and the die -casting molding performance is good.
Magnesium casting is comparable to aluminum alloy castings,
generally 250MPa, up to 600 MPA. The extension rate is not much
different from the aluminum alloy.
4. Magnesium alloy also has good corrosion resistance,
electromagnetic shielding performance, and radiation resistance,
which can achieve 100%recycling and reuse.
5. Magnesium alloy stability High -pressure casting is highly
accurate, and high -precision mechanical processing can be
performed.
6. Magnesium alloy has good die -casting performance, and the
minimum thickness of the die -casting wall can reach 0.5mm. Adapt
to all kinds of die castings in manufacturing cars.
Fabrication:
Positive squeezing can be referred to as positive squeezing
abbreviated. Its characteristics are that the outflow direction of
the product during the squeezing is the same as the movement of the
squeezing axis. It is the most basic process of producing magnesium
extrusion materials. The advantages of excellent surface quality of
the product are widely used.
The most basic feature of this method: there are relatively sliding
between the ingots and the squeezing cylinder when squeezing, and
there are great harmful external frictions between them, so that
the metal flow is not uniform, so that the head and tail, surface
layer and surface layer, and surface layer and surface layer and
surface layer and surface layer and surface layer and surface layer
and surface layer. The organization and performance of the center
are uneven; the energy consumption of squeezing energy is
increased, usually this external friction energy consumption
accounts for 30%to 40%of the total energy consumption of squeezing;
due to the heating effect of strong friction, it restricts the
improvement of the squeezing speed. Speed up the wear of the
squeezing mold.
