High-efficiency energy-saving heating and curing device for artificial quartz plate production

Abstract

This utility model relates to the field of heat curing devices, and more particularly to a high-efficiency and energy-saving heat curing device for the production of artificial quartz stone slabs. The device includes a curing chamber, a door, ventilation holes, partitions, a cooling chamber, a heating chamber, an arc-shaped plate, an electric heating plate, a hollow plate, a rotating plate, and a placement space. This utility model heats and cures the slabs in the heating chamber during placement. After the slabs in the heating chamber have cured, the partitions rotate, causing the positions of the two sets of hollow plates to be interchanged, facilitating rapid heating and curing of the next batch of slabs. This makes the heating and curing process more continuous and efficient. Simultaneously, the heating chamber is always in operation, reducing heat loss from frequent start-stop cycles, thus saving energy. Furthermore, the rotating plate ensures more uniform heating of all surfaces of the slabs, improving the quality of the produced large artificial quartz stone slabs and enhancing the practicality of the equipment.

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