1060 aluminum strip is generally called pure aluminum strip or standard aluminum strip in our daily. Because the aluminum content of 1060 aluminum strip is more than 99.60%, it is a relatively large-scale aluminum strip in our daily life. It is also a relatively common product with sufficient price advantages due to its mature technology.
Product | 1060 Aluminum Strip |
Tempers | F,O,H12,H14,H16,H18,H19,H22,H24,H26,H28,H111,H112,H114 |
Thickness | 0.08mm – 3.00mm |
Width | 10mm – 1500mm |
Surface treatment | Mill finish, mirror, anodized, textured aluminum sheet, stucco embossed aluminum coil |
Package | Standard export packaging |
Application | Aluminum strips for lamps, dry-type transformers, equipment, hot-melt adhesive nose strips, stamping accessories. |
It is a non-annealing aluminum strip. It is a common type in the current 1060 aluminum strip process. It is also often called full hard aluminum strip, non-bendable aluminum strip, etc. It is generally suitable for many uses of anodized aluminum strip.
It is a medium annealing aluminum strip. It is a more commonly used type in 1060 aluminum strips, because its annealing process is relatively common in the overall data. It can be bent at 90 degrees without cracking, which is suitable for stamping industry applications.
It is a medium annealing aluminum strip. The processing technology is cold rolling after annealing. The advantage is that the flatness of the version is better, which is suitable for industries with high flatness requirements. The disadvantage is also obvious, that is, there will be oil on the surface (because its process is rolling once after annealing). Therefore, in comparison, H14 is suitable for high flatness requirements, and H24 is suitable for stamping with high oil-free surface requirements.
It is a fully annealed aluminum strip, and it is the one with the longest annealing time among the annealed states of 1060 aluminum strips. This aluminum strip annealing state is also relatively soft. It is usually suitable for stamping and deep drawing industries, such as lighting materials, transformer aluminum strips, cable aluminum strips, etc.
It belongs to the annealing process of hot-rolled aluminum strips. Generally speaking, it can be understood as H24, but it is not the same. We know that the performance of hot-rolled aluminum strips will be better, and there will be no problem of coarse grain size.
It is a new process aluminum strip between O aluminum strip and H24 aluminum strip. The softness is between the two and has a better performance advantage. Generally speaking, it is suitable for certain requirements for stamping, but relatively speaking, it does not need to be so soft, which is not conducive to use. In this case, the more alternative product is H22 aluminum strip.
AL(%) | Si(%) | Cu(%) | Mg(%) |
99.6 | 0.25 | 0.05 | 0.03 |
Zn(%) | Mn(%) | Ti(%) | Fe(%) |
0.05 | 0.03 | 0.03 | 0.35 |
According to the standard “GBT-3880-2012”, due to different thicknesses and different annealing processes, the requirements generated are not generally the same. In general, the mechanical properties of 1060 aluminum strip are:
Tensile strength σb (MPa): 110-136
Elongation δ10 (%): 3-5
Density: 2.70 g/cm3
Brinell hardness (HBS): 18-40
Weber hardness (HW): 0-2.8
1060 aluminum strip has a high aluminum content of more than 99.60%. The material hardness is average and suitable for repeated bending.
1060 aluminum strip is currently a type of aluminum strip product that is used by more people on the market. The 1060 aluminum strip process is more stable and mature, and the technical level and other requirements are also more mature.
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