According to the alloy series, it can be divided into
- 1000 series metal aluminum alloy
- 2000 series metal aluminum alloy
- 3000 series metal aluminum alloy
- 4000 series metal aluminum alloy
- 5000 series metal aluminum alloy
- 6000 series metal aluminum alloy
- 7000 series metal aluminum alloy
- 8000 series metal aluminum alloy
Aluminum is one of the light metal materials with certain amount of other alloying elements added. In addition to the general characteristics of aluminum, aluminum alloys have some specific characteristics of alloys due to the different types and amounts of alloying elements added. The density of aluminum alloy is 2.63～2.85g/cm, with high strength (σb is 110～650MPa), the specific strength is close to high alloy steel, the specific stiffness exceeds steel, with good casting performance and plastic processing performance, good electrical and thermal conductivity, good corrosion resistance and weldability, can be used as structural materials, in aerospace, aviation, transportation, construction, mechanical and electrical, light chemical and It has a wide range of applications in aerospace, aviation, transportation, construction, electromechanical, light chemical and daily necessities.
According to temper, it can be divided into F, O, H, W, T
Free processing state Applicable to products with no special requirements for work hardening and heat treatment conditions during the molding process, the mechanical properties of the products in this state are not specified.
Annealed state Applicable to the processed products with minimum strength obtained by complete annealing.
process-hardening state applies to products with increased strength through process hardening, and the products can undergo (or not) additional heat treatment to reduce the strength after process hardening.
H temper breakdown
HXX The first digit after state H indicates the basic treatment procedure to obtain that state, as follows: H1 - purely work-hardened treatment state. Applicable to the state in which the required strength is obtained by work-hardening only without additional heat treatment.
H2 - Work-hardened and non-annealed state. It is applicable to the product whose strength is reduced to the specified index by not annealing after the degree of work hardening exceeds the requirements of the finished product. For the natural aging softened alloy at room temperature, H2 and the corresponding H3 have the same smaller ultimate tensile strength value; for other alloys, H2 and the corresponding H1 have the same smaller ultimate tensile strength value, but elongation is slightly higher than H1.
H3 - work-hardened and stabilized state. The H3 state is only applicable to alloys that are gradually age-softened at room temperature (unless stabilized).
H4 - Work-hardened and painted condition. For products that have been work hardened and then lacquered resulting in no annealing.
The second digit after H indicates the degree of work hardening of the product. The number 8 indicates the hard state. The sum of the lesser tensile strength of the O condition and the strength difference specified in Table 2 is usually used to specify the lesser tensile strength value of HX8. For states between the O (annealed) and HX8 states, a number from 1 to 7 should be added to the HX designator, and the number 9 should be added to HX to indicate a superhard state with a greater degree of work hardening than HX8.
Solid solution heat treatment state Treatment state An unstable state, only applicable to the alloy after solution heat treatment, natural aging at room temperature, the state code only indicates that the product is in the natural aging stage.
Heat treatment state (different from F, O, H state) Applicable to products that have reached stability after heat treatment, with (or without) work hardening. the T designator must be followed by one or more Arabic numerals. The first digit after the T character indicates the basic type of heat treatment (from 1 to 10), and the subsequent digits indicate variations in heat treatment details. For example, 6061-T 62; 5083-H 343, etc.
Surface treatment of metal aluminum alloys
According to the surface treatment, aluminum alloy sheets can be divided into two categories: non-painted products and painted products.
1) Non-painted products
- They can be divided into hammered aluminum sheets (without regular pattern), embossed sheets (with regular pattern) and pre-passivated aluminum oxide surface treatment sheets.
- These products are not painted on the surface of the plate, so the appearance of the surface is not high and the price is low.
2) Painted products
According to the painting process can be divided into: painted board products and pre-roller coated boards.
According to the type of coating paint can be divided into: polyester, polyurethane, polyamide, modified silicon, epoxy resin, fluorocarbon, etc.
(2) A variety of coatings, the main performance difference is the resistance to ultraviolet rays of the sun, which in the front side of the most commonly used coating is fluorocarbon paint (PVDF), its ability to resist ultraviolet light is stronger; back side can choose polyester or epoxy resin coating as a protective paint. In addition, a layer of peel-off protective film can be applied to the front side.
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