Ultra-Flatness Precision Aluminum Plate Low Residual Elasticity 6061 Aluminum Sheet

Cutting data display

Thickness tolerance AA Grade ±0.05mm, A Grade ±0.1mm. Flatness ≤0.3mm/mete. Equipped with several semi-automatic / automatic precision cutting equipment in the workshop. The cutting plate thickness range is 4mm~100mm, the maximum plate size is 2200*6000mm. Cutting deformation are very small, effectively improve the rate of finished products. The plate size can be customized with customer requirements.

Features

Surface Luminosity

Surface with polish above 400 mesh, customer can directly anodize, no need to milling surface, which can save the processing time.

Thickness tolerance

Thickness tolerance can touch 0.0mm or +0.05mm, it can completely replace the imported aluminum plate from German and Japan.

Precision cutting

Better production process, effectively improve the rate of finished products, reduce wasting.

Residual elasticity

Cutting deformation are very small, better than normal T651 material. Due to better heat treatment and anneal process, the internal elasticity is small.

Applications

ELECTRONIC PRODUCT

It is used in the circuit aluminum substrate panel of electronic products or machinery. The flatness difference of aluminum substrate panel in each step of production process, including raw materials. It is easily to cause inaccurate of stamping dimensions due to the bending of the ordinary aluminum plate during the stamping process, which increases production costs, Ultra-flat plate greatly reduces production costs.

PRECISION INSTRUMENT

Ultra-flatness aluminum plates are widely used in precision instruments, which can be processed into soft pack power battery fixtures, 3C soft pack digital battery fixture forming (assembly) equipment, and related precision battery fixtures, especially in the field of new energy.

MACHINING

The features of the ultra-flatness aluminum plate make more machining companies willing to choose it when processing precision parts, which can well guarantee the size and accuracy of the finished product after processing, and greatly reduce the scrap rate during processing, and improve the qualified rate of finished products.

OTHER APPLICATIONS

Other applications like packaging machinery platform, automated machinery platform, 3D printer, inspection equipment, standard panel, detector, robot arm chassis, etc. Ultra-flat panels can solve the products disqualified problems caused by flatness not touch standard, so they are very popular in the industrial field.

Material protection methods

The protection methods for materials confirmed according to customer requirements. If there is no requirement, will choose according to the size of the material. No matter during the production process and the shipment, do our best to protect the materials.

What Shanghai Miandi Offer?

We are a professional supplier of Aluminum Alloy Products, from 1000 Series to 7000 Series we can offer.

So how Aluminum can do for you?

What is an Aluminum Alloy?

An aluminum alloy is a chemical composition where other elements are added to pure aluminum in order to enhance its properties, primarily to increase its strength. These other elements include iron, silicon, copper, magnesium, manganese and zinc at levels that combined may make up as much as 15 percent of the alloy by weight. Alloys are assigned a four-digit number, in which the first digit identifies a general class, or series, characterized by its main alloying elements.

Commercially Pure Aluminum

1xxx Series

The 1xxx series alloys are comprised of aluminum 99 percent or higher purity. This series has excellent corrosion resistance, excellent workability, as well as high thermal and electrical conductivity. This is why the 1xxx series is commonly used for transmission, or power grid, lines. Common alloy designations in this series are 1350, for electrical applications, and 1100, for food packaging trays.

Heat-Treatable Alloys

Some alloys are strengthened by solution heat-treating and then quenching, or rapid cooling. Heat treating takes the solid, alloyed metal and heats it to a specific point. The alloy elements, called solute, are homogeneously distributed with the aluminum putting them in a solid solution. The metal is subsequently quenched, or rapidly cooled, which freezes the solute atoms in place. The solute atoms consequently combine into a finely distributed precipitate. This occurs at room temperature which is called natural aging or in a low temperature furnace operation which is called artificial aging.

2xxx Series

In the 2xxx series, copper is used as the principle alloying element and can be strengthened significantly through solution heat-treating. These alloys possess a good combination of high strength and toughness, but do not have the levels of atmospheric corrosion resistance as many other aluminum alloys. Therefore, these alloys are usually painted or clad for such exposures. They’re generally clad with a high-purity alloy or a 6xxx series alloy to greatly resist corrosion. Alloy 2024 perhaps the most widely known aircraft alloy.

6xxx Series

The 6xxx series are versatile, heat treatable, highly formable, weldable and have moderately high strength coupled with excellent corrosion resistance. Alloys in this series contain silicon and magnesium in order to form magnesium silicide within the alloy. Extrusion products from the 6xxx series are the first choice for architectural and structural applications. Alloy 6061 is the most widely used alloy in this series and is often used in truck and marine frames. Additionally, some phone case was made from 6xxx series alloy.

7xxx Series

Zinc is the primary alloying agent for this series, and when magnesium is added in a smaller amount, the result is a heat-treatable, very high strength alloy. Other elements such as copper and chromium may also be added in small quantities. The most commonly known alloys are 7050 and 7075, which are widely used in the aircraft industry.

Non Heat-Treatable Alloys

Non heat-treated alloys are strengthened through cold-working. Cold working occurs during rolling or forging methods and is the action of “working” the metal to make it stronger. For example, when rolling aluminum down to thinner gauges, it gets stronger. This is because cold working builds up dislocations and vacancies in the structure, which then inhibits the movement of atoms relative to each other. This increases the strength of the metal. Alloying elements like magnesium intensify this effect, resulting in even higher strength.

3xxx Series

Manganese is the major alloying element in this series, often with smaller amounts of magnesium added. However, only a limited percentage of manganese can be effectively added to aluminum. 3003 is a popular alloy for general purpose because it has moderate strength and good workability and may be used in applications such as heat exchangers and cooking utensils. Alloy 3004 and its modifications are used in the bodies of aluminum beverage cans.

4xxx Series

4xxx series alloys are combined with silicon, which can be added in sufficient quantities to lower the melting point of aluminum, without producing brittleness. Because of this, the 4xxx series produces excellent welding wire and brazing alloys where a lower melting point is required. Alloy 4043 is one of the most widely used filler alloys for welding 6xxx series alloys for structural and automotive applications.

5xxx Series

Magnesium is the primary alloying agent in the 5xxx series and is one of the most effective and widely used alloying elements for aluminum. Alloys in this series possess moderate to high strength characteristics, as well as good weldability and resistance to corrosion in the marine environment. Because of this, aluminum-magnesium alloys are widely used in building and construction, storage tanks, pressure vessels and marine applications. Examples of common alloy applications include: 5052 in electronics, 5083 in marine applications, anodized 5005 sheets for architectural applications and 5182 makes the aluminum beverage can lid.