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The alloys are classified and named according to the amount and type of the alloying metals . Given widespread applications across industries, selecting the right aluminum alloy type for a specific end-use is crucial. Just slight differences in chemical properties can drastically alter strength, workability, corrosion resistance, and electrical conductivity of the alloy.

Aluminum Alloy 3003 is a widely used medium strength aluminum alloy with manganese as its primary alloying element. It has good formability, and can be suitable for applications that require bending, spinning, drawing, stamping and roll forming.

3003 aluminum is the best known and most widely used of the common alloys. 3003 aluminum is non-heat treatable. With about 20% more strength than 1100, 3003 is a practical general-purpose aluminum for moderate strength applications. 3003 aluminum demonstrates good formability, workability and drawing characteristics.

The alloys are classified and named according to the amount and type of the alloying metals . Given widespread applications across industries, selecting the right aluminum alloy type for a specific end-use is crucial. Just slight differences in chemical properties can drastically alter strength, workability, corrosion resistance, and electrical conductivity of the alloy.

Aluminum  Alloy 3004 is a medium strength aluminum alloy with manganese and magnesium as its primary alloying elements. It has higher strength than 3003 alloy due to a 1% addition of magnesium , but lower ductility.

• As with all 3000 aluminum alloy series, 3004 aluminum is non-heat treatable.
• Just a slight addition of magnesium gives 3004 strength approaching that of 5052 aluminum.

The alloys are classified and named according to the amount and type of the alloying metals . Given widespread applications across industries, selecting the right aluminum alloy type for a specific end-use is crucial. Just slight differences in chemical properties can drastically alter strength, workability, corrosion resistance, and electrical conductivity of the alloy.

Aluminum 5052 is an aluminum alloy with magnesium as the primary alloying element, supplemented with a small chromium addition. It  can be anodized and has good formability when in the fully soft, annealed temper and can be work-hardened to fairly high strength levels. It is commonly used in a multitude of engineering applications.

It shows good welding characteristics, and demonstrates moderate-to-good strength. It has good drawing properties and a high rate of work hardening.

The alloys are classified and named according to the amount and type of the alloying metals . Given widespread applications across industries, selecting the right aluminum alloy type for a specific end-use is crucial. Just slight differences in chemical properties can drastically alter strength, workability, corrosion resistance, and electrical conductivity of the alloy.

Aluminum 5086 is a structural alloy, which offers users strong corrosion resistance and high electrical conductivity. Offering higher strength levels than 5052 or 5083, Aluminum 5086 becomes stronger with stain hardening and cold working, all while remaining a cost-effective choice. It can be welded with conventional methods, though electric arc welding is preferred.

The alloys are classified and named according to the amount and type of the alloying metals . Given widespread applications across industries, selecting the right aluminum alloy type for a specific end-use is crucial. Just slight differences in chemical properties can drastically alter strength, workability, corrosion resistance, and electrical conductivity of the alloy.

Aluminum 6020 is a wrought alloy that offers users good joining characteristics. This strong alloy has excellent corrosion resistance, machinability, and responds well to anodizing. Because Aluminum 6020 is lead-free, it often replaces Aluminum 6262 in situations where higher levels of environmental safety are critical.

If you demand excellent, residual stress control T8 tempering is suggested.

The alloys are classified and named according to the amount and type of the alloying metals . Given widespread applications across industries, selecting the right aluminum alloy type for a specific end-use is crucial. Just slight differences in chemical properties can drastically alter strength, workability, corrosion resistance, and electrical conductivity of the alloy.

Aluminum Alloy 6061 is one of the strongest aluminum alloys. It is considered the least expensive and most versatile of the heat treatable alloys. Though less formable, it is commonly extruded.

Alloyed with magnesium and silicon, 6061 aluminum is heat treatable, can be anodized, and hardened after forming. After heat treatment, its strength is equal to low carbon steel.

Outstanding surface quality, better corrosion resistance than steel, and a high strength to weight ratio. Aluminum Alloy 6061 applied in architecture and construction. Additional applications include: structural framing, moldings, fire ladders, welded assemblies, sail boats, electronic parts, bridge components, piping, valves, and fasteners.