Hot plate for tire vulcanizer

Abstract

The invention discloses a hot plate for a tire vulcanizer. The hot plate comprises a hot plate body, wherein the hot plate body is provided with a periphery cavity, a middle cavity and an inner cavity; outer air flues are distributed between the periphery cavity and the middle cavity, inner air flues are distributed between the middle cavity and the inner cavity, and partition plates are distributed in the periphery cavity and can separate each outer air flue; an opening of one outer air flue of the hot plate body is provided with an outer air inlet pipe communicated with the periphery cavity, the outer air inlet pipe is internally provided with an air inlet pipeline which directly leads to the inner cavity, and the opening of one outer air flue of the hot plate body is also provided with an air outlet pipe communicated with the periphery cavity. The hot plate for the tire vulcanizer provided by the invention has the advantages that hot steam in the whole hot plate body is rapidly diffused, the whole hot plate body is uniformly heated, the uniform heat dissipation requirement is achieved, the heat dissipation of high-temperature gas is uniform, and thus, the structure is simple, the design is reasonable, the heat energy loss is reduced, and the heating is uniform.

Description

technical field [0001] The invention relates to a component for a tire vulcanizer, in particular to a hot plate for a tire vulcanizer. Background technique [0002] Existing hot plates for tire vulcanizing machines generally adopt a solid structure. Since the heat transfer speed and heat transfer performance must be fast and good when vulcanizing tires, generally when manufacturing hot plates for tire vulcanizing machines, heat should be reduced as much as possible. The thickness of the plate, the existing hot plate for tire vulcanizing machine or the thickness is small, so that the heat is easily dissipated into the air, resulting in waste of energy; or the thickness is too thick, the temperature difference on the working surface of the hot plate is large, which affects Product production and quality, while reducing production efficiency. Contents of the invention [0003] The technical problem to be solved by the present invention is to provide a tire vulcanizing machin...

AI Technical Summary

Problems solved by technology

[0002] Existing hot plates for tire vulcanizing machines generally adopt a solid structure. Since the heat transfer speed and heat transfer performance must be fast and good when vulcanizing tires, generally when manufacturing hot plates for tire vulcanizing machines, heat should be reduced as much as possible. The thickness of the plate, the existing hot plate for tire vulcanizing machine or the thickness is small, so that the heat is easily dissipated into the air, resulting in waste of energy; or the thickness is too thick, the temperature difference on the working surface of the hot plate is large, which affects product production and quality while reducing production efficiency

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