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Chamber furnace AFI-03BC-1 , AFI-03BC-2
meltingcastinginduction

Chamber furnace - AFI-03BC-1 , AFI-03BC-2 - Argenta - melting / casting / induction
Chamber furnace - AFI-03BC-1 , AFI-03BC-2 - Argenta - melting / casting / induction
Chamber furnace - AFI-03BC-1 , AFI-03BC-2 - Argenta - melting / casting / induction - image - 2
Chamber furnace - AFI-03BC-1 , AFI-03BC-2 - Argenta - melting / casting / induction - image - 3
Chamber furnace - AFI-03BC-1 , AFI-03BC-2 - Argenta - melting / casting / induction - image - 4
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Characteristics

Configuration
chamber
Function
melting, casting
Heat source
induction
Atmosphere
vacuum
Other characteristics
continuous, graphite
Maximum temperature

1,200 °C, 1,400 °C
(2,192 °F, 2,552 °F)

Description

An induction furnace adapted for melting bullion bars of a precisely defined mass. The precisely weighed material is poured into dies of the desired shape and melted by the electromagnetic field in the shortest possible time. The temperature measurement takes place in the middle of the graphite die and it is conducted by the K type thermocouple. The AFI-03BC-2 model is equipped with a lower die feeder ensuring continuous work of the device. In this solution, the inductor is located in the lower part of the chamber and the electromagnetic field acts on the top die. In the case of the AFI-03BC-1 model, the die is placed manually on top of the inductor chamber, and the field has an impact on the die from the bottom. After melting the input, the die stays in place until the metal clots. The maximum size of the casting die is determined by the outer diameter of Ø150mm and the height of 30mm. This means that we can make any size of the die within these dimensions.

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.