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CNC Machining Aluminium
Exzellenc can handle even the most difficult manufacturing processes with a thorough understanding of technology since we have many years serving various sectors with exacting quality criteria for aluminium parts.
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CNC machining aluminium material
One of the materials that are now most often machined is aluminum. Few materials can equal aluminum's remarkable adaptability. Aluminum is ideal for CNC machining since it is highly machinable and costeffective. Compared to other commonly used machining materials like steel and titanium, manufacturers could process it three or even four times quicker.
Application
Aluminum is widely used in fast all industries from consumer goods to aerospace.
Advantages
Simple machinability
Good strength-to-weight ratio
Lightweigh
Good strength-to-weight ratio
Lightweigh
Disadvantages
High price than steel, axide coating could damage tooling, hard to welding.
Wall Thickness
Recommendation: 0.8mm
Price
$$$$$
Lead Time
Depend on the quantity and how complex, minimum 2 days.
Aluminum 6061
+Magnesium and silicon serve as the main alloying components of Aluminum 6061, a precipitation-hardened alloy of the metal. Due to its strength, heat treatability, relative ease of machining, and weldability, it is helpful in practically any application.
Yield strength(MPa):
270
Tensile Strength (MPa):
95
Elongation at break(%):
17
Modulus of elasticity(GPa):
68.5
Corrosion resistance:
high
Hardness, Brinell:
95
Density:
2.7
Aluminum 6063
+Aluminum alloy 6063, also seem as architectural Aluminum can be soft-anodized to produce a visually appealing, coloured finish for building and architectural purposes. Because 6063 can withstand environmental conditions better than 6061 and is hence more corrosion resistant, it is generally employed for exposed applications.
Yield strength(MPa):
215
Tensile Strength (MPa):
68.8
Elongation at break(%):
12
Modulus of elasticity(GPa):
69
Corrosion resistance:
high
Hardness, Brinell:
70
Density:
2.7
Aluminum 2024
+Aluminum 2024 contains copper as the primary alloying element. This high-strength alloy is ideal for projects that requrie for a high strength-to-weight ratio and exceptional fatigue resistance. As a result, it is mostly discovered in the often strained wing and fuselage structures.
Yield strength(MPa):
330
Tensile Strength (MPa):
128
Elongation at break(%):
14
Modulus of elasticity(GPa):
71
Corrosion resistance:
poor
Hardness, Brinell:
75
Density:
2.78
Aluminum 5052
+Aluminum 5052 is an enhanced engineering material mainly alloyed with cromium and magenetium. 5052 has wide range application in industries, such as marine environment because of its corrosion resistance. It is also popular in architecture because of high fatigue strenth and vibration.
Yield strength(MPa):
190
Tensile Strength (MPa):
110
Elongation at break(%):
19
Modulus of elasticity(GPa):
73
Corrosion resistance:
poor
Hardness, Brinell:
62
Density:
2.68
Aluminum 7075
+Aluminum 7075 is primarly alloyed with zinc, and contains other elements like 2.5%Mg, 0.23%Cr, and 1.6% Cu. Because of its high strength, it is frequently used in high-stress applications such as aircraft fittings, missile parts, Gears and shafts.
Yield strength(MPa):
105
Tensile Strength (MPa):
155
Elongation at break(%):
16
Modulus of elasticity(GPa):
71.7
Corrosion resistance:
Moderate
Hardness, Brinell:
75
Density:
2.81
Aluminum 7050
+7050 aluminium is a commercial aerospace alloy that can be heat-treated. The alloy has high fatigue strength, high strength, and high corrosion resistance to cracking. The material, which is particularly suited to heavy plate applications, is used to construct fuselage frames, wing skins, and other aerospace structures.
Yield strength(MPa):
490
Tensile Strength (MPa):
240
Elongation at break(%):
11
Modulus of elasticity(GPa):
75
Corrosion resistance:
good
Hardness, Brinell:
147
Density:
2.7
Aluminum 6082
+Aluminum alloy 6082 has alternative names AlSi1MgMn include 3.2315, H30, and A96082 with its excellent corrosion resistance. The structural alloy 6082 alloy has the highest strength of the 6000 series alloys. A large amount of manganese is added to control the grain structure, resulting in a stronger alloy.
Yield strength(MPa):
300
Tensile Strength (MPa):
95
Elongation at break(%):
12
Modulus of elasticity(GPa):
71
Corrosion resistance:
excellent
Hardness, Brinell:
55
Density:
2.7
Aluminum surface finishes
The purpose of aluminium finishes is to either protect the current surface or to promote a new surface that is more aesthetically or functionally pleasing. Improvements in aesthetics, colour requirements, higher reflectivity, better surface structure, and improved electrical insulation capabilities could be the main drivers for a changing surface finish. Anodization is the most widely used method for increasing corrosion and wear resistance. Find more cnc machining services.
5-axis cnc machining for Aluminum
5 axis Aluminum parts are machined using CNC technology through a process called CNC machining. Aluminum parts with incredibly fine tolerances and smooth surfaces are also possible. It is an extremely flexible machining technique that may be utilised to produce objects with intricate shapes and dimensions. Exzellenc offers 5-axis cnc milling service for aluminium machining.
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