Abstract
The thermal operating conditions of coolant disks (without internal cooling) for the production of amorphous and microcrystalline strip are analyzed. The thermal balance conditions of the disk are calculated in producing strip of different width, at different melt flow rates. It is established that such disks may be used in small machines with the casting of 2 kg of metal per working cycle. To increase the mass of cast metal and the strip width, the disk diameter or the working surface area must be increased, while the melt flow rate from the nozzle and the disk speed must be reduced.
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