Microwave heating type glass reaction kettle

Abstract

The invention relates to a microwave heating type glass reaction kettle which is provided with a glass reaction kettle body and a glass cover body, wherein a center connector and a plurality of functional connectors are arranged on the glass cover body; a stirring rotating shaft is arranged in the center connector of the glass cover body; the glass reaction kettle body and the glass cover body are arranged in a microwave generating cavity; the top surface of the microwave generating cavity is provided with a rotating shaft through pipe and functional connector through pipes respectively corresponding to the positions of the stirring rotating shaft and the functional connectors on the glass cover body; external screw threads are arranged on the outer sides of the rotating shaft through pipe and the functional connector through pipes, and the rotating shaft through pipe and the functional connector through pipes are respectively connected with a rotating shaft wave sealing cover and functional connector wave sealing covers; a rotating shaft through hole which the stirring rotating shaft penetrates out of and rotates in is formed in the middle part of the rotating shaft wave sealing cover. According to the microwave heating type glass reaction kettle, by arranging a special wave sealing mechanism, microwave leakage can be prevented, an operator is prevented from being radiated by microwaves, and thus the personal safety of the operator is ensured.

Description

Technical field: [0001] The invention relates to the technical field of reactor equipment, in particular to a microwave heating glass reactor. Background technique: [0002] The traditional glass reactor is usually heated by heat conduction oil. For this reason, the glass reactor needs to be designed as a double-layer compartment, and heat conduction oil is introduced into the interval between the layers. The manufacturing process of the glass reactor with this structure is relatively Complex, high cost, and the heating method is slow and uneven. The outer materials in the reactor are heated first and the materials near the center are heated slowly, so it is easy to cause uneven reaction of materials, and make the final product and the ideal error. ;In addition, the use of this type of heating method is prone to heating inertia, that is, when the temperature of the material rises to the set temperature, the heat source cannot be removed in time, causing the temperature of th...

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Problems solved by technology

[0002] The traditional glass reactor is usually heated by heat conduction oil. For this reason, the glass reactor needs to be designed as a double-layer compartment, and heat conduction oil is introduced into the interval between the layers. The manufacturing process of the glass reactor with this structure is relatively Complex, high cost, and the heating method is slow and uneven. The outer materials in the reactor are heated first and the materials near the center are heated slowly, so it is easy to cause uneven reaction of materials, and make the final product and the ideal error. In addition, using this type of heating method is prone to heating inertia, that is, when the temperature of the material rises to the set temperature, the heat source cannot be removed in time, causing the temperature of the material to continue to rise beyond the set temperature, which also has a negative impact on the final product

[0003] On the other hand, the microwave heating method has been maturely applied in other technical fields, but in terms of glass reactors, due to the special structure of glass reactors and the need for various operations such as stirring, vacuuming, feeding, and measurement during use, it cannot be solved. Due to the problem of microwave leakage, the application of microwave heating on glass reactors has been unable to be realized

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