Classification of aluminium strips of aluminium strips
Aluminum strip is a strip of aluminum ingot obtained by press rolling, according to the use of different grades, specifications, status. The aluminum belt has many uses, such as: aluminum plastic composite pipe, cable, fiber optic cable, transformer, heater, shutter and so on. The processing technology of aluminum strip is the aluminum deep processing product formed by the slitting and slitting of aluminum rolls. It is an important raw material in industry. According to the aluminum alloy containing aluminum and aluminum with different origin, the same is also divided into 8 series. However, the commonly used series for the 100030005000 and 8000 Series, depending on the annealing state of the aluminum strip, the aluminum strip can be divided into fully soft (o), semi hard (H24) hard (h18). At present, the most commonly used should belong to the whole soft series, because the O state is easier to stretch and bend. The main processing equipment of aluminum strip is a strip mill, which can be divided into required length and width according to need. Of course, the processing equipment is universal, copper coil can also be processed, processed products known as copper strip. At present, the international raw materials for electronic products are no longer purely dependent on copper strip. As the conductivity of aluminum is only lower than copper, the aluminum strip instead of copper strip is becoming a popular trend in the world. The classification of aluminium tapes includes pure aluminium belt, transformer, aluminium belt, super hard aluminium belt, full soft aluminium belt, semi hard aluminium belt and antirust aluminium belt.
There are specific uses: aluminum aluminum (aluminum foil transformer) transformer, high frequency welding hollow aluminum strip, aluminum strip used for aluminum fin radiator belt, cable aluminum strip, aluminum strip, aluminum strip punching with aluminum belt etc..
The alloy grades of common aluminium strips are 1050, 1060, 1070, 1100, 3003, 3004, 5005, 5052, 8011 and so on. The commonly used states are O and H states. O is soft, and H is hard. O and H can be followed by numbers to indicate the degree of hardness, and the degree of annealing.
