A high-efficiency four-layer furnace for the production of multilayer conductive films

Abstract

This application belongs to the field of high-efficiency four-layer furnace technology and discloses a high-efficiency four-layer furnace for the production of multilayer conductive films. The furnace includes a furnace body with a base installed at the bottom. Both the furnace body and the base have several circular holes. Four movable plates are movably installed inside the furnace cavity. Each of the four movable plates has several through holes, and a side plate is fixedly connected to the front side of each of the four movable plates. By setting locking blocks and slots, when the movable plates and side plates move to be inserted into the furnace body, two outer locking blocks can be respectively engaged with the outer side of the slots on the corresponding side plates. The engagement between the locking blocks and the side plates achieves the engagement between the horizontal plates and the side plates, ensuring the side plates are stable inside the furnace body. During the above operation, the operator needs to check whether the side plates and movable plates are completely submerged in the furnace body to avoid uneven processing of the semi-finished conductive films on the movable plates.

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