A high-temperature-resistant assembly of a water jacket of a tobacco port

Abstract

This utility model discloses a high-temperature resistant component for a flue gas outlet water jacket, belonging to the field of flue gas emission technology. It includes a water jacket body, with an inlet pipe fixed to the upper side of one end and an outlet pipe fixed to the lower side of the other end. The water jacket body contains several smoke-passing plates with smoke-passing openings. A water-cooling cavity is also provided inside the water jacket body. This utility model utilizes a heat dissipation component. When the cooling water is used in the water-cooling cavity, its temperature rises. A heat-absorbing coil absorbs the heat from the cooling water in the water-cooling cavity and transfers the heat to the fins through a heat-conducting column, achieving the effect of cooling the cooling water inside the water-cooling cavity. Simultaneously, a fan in the through-hole blows air onto the fins, dissipating heat. By setting up the heat dissipation component, the cooling water in the water-cooling cavity used to cool the water jacket body can be cooled, improving the cooling water's efficiency and thus enhancing the heat dissipation effect on the water jacket body.

Images