Low-energy-consumption drying mechanism for alloy composite belt

The utility model relates to the aluminum and copper clean production and deep processing technology, in particular to an alloy composite belt low-energy-consumption drying mechanism which comprises asupporting column A, a base, a supporting column B, a top plate, a cylindrical box A, a cylindrical box B, a supporting rod, a hot air pump, a support, a pipeline A, a pipeline B, a partition plate Aand a partition plate B. The alloy composite belt drying device has the advantages that the alloy composite belt drying mode is diversified, and the good drying effect is achieved; and 2, when the alloy composite belt adopts a multi-layer drying structure, a better multi-layer drying use effect can be achieved without adopting a plurality of hot air pumps or dispersing hot air of one hot air pump. And 3, when the alloy composite belt is dried by hot air, the drying layers can be greatly increased through a simple structure. And 4, the drying effect of the alloy composite belt can be improvedby utilizing the principle