6061 Extrusion OEM Competitive Price Shining Color Anodized Aluminum Oval Pipe

• Customization: Available
• Application: Rivets,Truck Wheels,Crew Machine Products
• Shape: Round
• Model NO.: 2024
• Grade: 2000 Series
• Alloy: Non-alloy
• Temper: T3 - T8
• Outside Diameter: 2.5mm to 560mm
• Thickness: 0.2mm to 60mm
• Length: Cut as Requirement
• Mtc: En 10204/3.1
• Standard: ASTM B210,B221,B483,B491,B547 etc.
• Color: Cream White, Anodized, Natural
• Transport Package: as Customer′s Requirement
• Trademark: ZYTC
• Origin: China
• HS Code: 7608201010
• Production Capacity: 500 Tons/Month

Product Description

1: Brief Introduction Of 2024 Aluminium/Aluminum Alloy Pipe/Tube 

Aluminium alloy 2024 is an aluminium alloy, with copper as the primary alloying element. It is used in applications
requiring high strength to weight ratio, as well as good fatigue resistance. It is weldable only through friction welding,
and has average machinability. Due to poor corrosion resistance, it is often clad with aluminium or Al-1Zn for protection,
although this may reduce the fatigue strength.In older systems of terminology, this alloy was named 24ST.
2024 is commonly extruded, and also available in alclad sheet and plate forms. It is not commonly forged.
Annealing:
Aluminium/Aluminum 2024 alloy is annealed from a heat treated condition between 399 and 427°C (750 and 800°F)
for about 2 hours and then cooled slowly in the furnace. This alloy can be annealed between cold working operations
at 343°C (650°F) for 2 hours after which the alloy is cooled in air.
Cold Working:
Conventional methods are used for cold working Aluminium / Aluminum 2024 alloy. For a sheet that is 1/4" thick, or
thinner bend radii of 1/2 to 1 times thickness are suitable. Ductility in the annealed condition is best suited for this alloy.
Bend radii of five to six times thickness are suitable for T3 or T4 conditions.
Welding:
Inert gas consumable electrode arc method or resistance welding is used to weld Aluminium / Aluminum 2024 alloy.
In general, welding of any kind is not recommended for Aluminium / Aluminum 2024 alloy due to degradation of corrosion
resistance that occurs as a result of weld heat. If this alloy is welded then the heat treatment should be repeated.
Forging:
Aluminium/Aluminum 2024 alloy can be forged, but a reasonable corrosion resistance should be retained by a
subsequent heat treatment.
Forming:
Conventional methods are used to form Aluminium / Aluminum 2024 alloy. Hot forming is not recommended for this alloy.
Machinability:
Aluminium/Aluminum 2024 alloy has good machining characteristics in the heat treated condition. This alloy also
has good machining characteristics in the annealed condition. Oil lubricants should be used in the machining process.
Heat Treatment:
Aluminium/Aluminum 2024 alloy is an age-hardening and is strengthened during the heat treatment process. The T6
condition is obtained when the alloy is heated at 493°C (920°F) and then quenched for 10 h at 190°C (375°F) and finally
cooled in air. The T4 condition is obtained when this alloy is heated at 493°C (920°F) followed by cold water quenching
and finally aging at room temperature.
Hot Working:
Hot forming is not fully recommended for Aluminium / Aluminum 2024 alloy due to the harmful effect caused by
heating upon corrosion resistance.
Hardening:
Aluminium/Aluminum 2024 alloy is hardened by a solution anneal and aging method at room temperature or by cold working.
Aging:
The T6 condition is attained by heating Aluminium / Aluminum 2024 alloy at 493°C (920°F) followed by water quenching,
reheating to 190°C (375°F) and finally cooling the alloy in air. The T4 condition is obtained by heating the alloy
at 493°C (920°F) followed by cold water quench. Aging finally occurs at room temperature.
Applications:
Aluminium/aluminum 2024 alloy is used in the manufacture of rivets,truck wheels,crew machine products,aircraft
structures,veterinary and orthopedic braces and equipment and scientific instruments.
2:Chemical Composition  

The aluminum industry has created a system using a four-digit numerical designation to identify wrought aluminum
alloys.  The first digit indicates the major alloying element.  The second digit indicates whether there was a modification
in the basic alloy.  The third and fourth digit indicates the specific alloy.  The following represent the various groups:

1XXX	Aluminum 99% or greater
2XXX	Copper - major alloying element
3XXX	Manganese - major alloying element
5XXX	Magnesium - major alloying element
6XXX	Magnesium and silicon - major alloying elements
7XXX	Zinc -major alloying element

Aluminum Grades:
1000 series: 1035,1040,1050,1060,1070,1080,1090,1098,1100,1230,1435,1260,1170,1275,1285,1385
2000 series: 2001,2002,2011,2014,2017,2117,2218,2519,2024,2224,2025,2030,2031,2036,2090,2091
3000 series: 3002,3003,3004,3103,3203,3303,3105,3006,3007,3107,3008,3009,3015,3016
5000 series: 5005,5205,5006,5010,5013,5014,5016,5017,5040,5043,5050,5150,5251,5351,5451,5052,5083
             5352,5552,5254,5754,5856,5456,5283
6000 series: 6101,6201,6003,6103,6105,6205,6006,6106,6110,6061,6060,6063,6863,6081,6082,6162,6863
7000 series: 7001,7003,7005,7108,7129,7146,7050,7472,7075,7076,7277,7178,7278,7091,7277
8000 series: 8001,8004,8006,8011,8111,8014,8030,8130,8177,8079,8081,8280,8091
3:Aluminium/Aluminum Alloy Pipe/Tube Process 

4:Aluminium/Aluminum Alloy Pipe/Tube Package 

5: Company Introduction