Die grootste kenmerk van aluminiumfoelie is sy ligte gewig en wye verskeidenheid gebruike, geskik vir lugvaart, konstruksie, versiering, industrie en ander nywerhede. Aluminium is baie koste-effektief, en die elektriese geleidingsvermoë daarvan is slegs tweede na dié van koper, maar die prys is baie goedkoper as dié van koper, so baie mense kies nou aluminium as die hoofmateriaal vir drade.
1060, 3003, 5052 are several commonly used aluminum foils, which are widely used in thermal insulation materials, decoration materials, molds and other industries. Different aluminum foils have different temper s and process properties. Now let’s introduce the meaning and difference of the common temper s H18, H24 and H32 in the aluminum foil.
H in the above temper refers to work hardening to improve the strength of the aluminum foil, and the two Arabic numerals after H are added (called HXX state). The 1st digit after the H represents the basic handler that gets the temper,
The temper of the aluminum foil is different and the performance is also different.
1. Bewerkbaarheid: Aluminum has excellent machinability. In deformed aluminum alloys and cast aluminum alloys, the machinability changes considerably in various tempers after production.
2. Vormbaarheid: The specific tensile strength, yield strength, ductility and corresponding work hardening rate govern the change in allowable deformation.
3. Forgeability: Aluminum alloys can be forged into a wide variety of shapes and forgings. Linking Aluminum can be joined by a variety of methods, including welding, weerstand sweiswerk, brazing, soldering, bonding, and mechanical methods such as riveting and bolting.
4. Herwinbaarheid: Aluminum has extremely high recyclability, and the characteristics of recycled aluminum are almost the same as those of primary aluminum.
