In this work, the mechanical properties (microhardness) of a titanium disk after induction heat treatment (IHT) were studied. The influence of the processing parameters (inductor current and temperature) on the distribution of microhardness over the cross-section of the experimental samples was established.
In this work, the relationship between the parameters of voltage, inductor current, duration, temperature of induction heat treatment and the hardness of commercial purity titanium was studied. As a result, the temperature ranges at a fixed voltage and current of the inductor were established. At certain technological conditions, with various durations of heat treatment, the hardness of the titanium surface was determined.
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