The migration rule of melamine (MEL) was investigated from the coating of three-piece metal cans into acidic beverages. On the basis of experimental data, migration model was established to predict the migration trend of this compound into simulated solution. Results showed that the migration rate of MEL into acidic beverages increased and the time of migration reaching equilibrium shortened with the higher temperature. The predicted data of established migration model and experimental data matched well, which provided effective supports for the safety assessment of three-piece metal cans applied in food packaging.

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