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Engineering
Materials and Chemical Engineering
Rate of cooling of aluminum parts after a glycol heat process
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[QUOTE="Baluncore, post: 6869530, member: 447632"] The rate of the migration and precipitation is reduced at lower temperatures, so the alloy must be taken quickly from the annealing temperature to cold. That explains why it is rapidly quenched in a cold liquid that has an extended liquid temperature range. It is the secondary precipitation that locks the crystal boundaries and prevents cracks from propagating, which strengthens the material. [/QUOTE]
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Forums
Engineering
Materials and Chemical Engineering
Rate of cooling of aluminum parts after a glycol heat process
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