Bundling tubular reaction module applied to continuous production of diacetylmonoxime silane crosslinking agent

Abstract

The embodiment of the invention provides a bundling tubular reaction module applied to continuous production of a diacetylmonoxime silane crosslinking agent. The bundling tubular reaction module comprises a cooling water distribution tank, a cooling water tube, a base material body, a reducing material tube, and a cooling water collection tank, wherein one side of a substrate body is provided withthe cooling water distribution tank; the other side of the substrate body is provided with the cooling water collection tank; the cooling water distribution tank is provided with a cooling water inlet; the cooling water distribution tank is connected with the end part of the cooling water tube; the reducing material tube is arranged in the substrate body along an axial direction; the reducing material tube is provided with an expansion segment and a contraction segment; the cooling water tube is arranged in the substrate body; the cooling water collection tank is connected with the end of thecooling water pipe; the top of the substrate body is provided with a groove; the bottom of the substrate body is provided a lug. The bundling tubular reaction module is suitable for reactions in which reaction time is short and severe, is controllable in temperature, is safe and reliable, and is applied to improvement of intermittent reaction process, thereby increasing the reaction efficiency, and realizing continuous production.

Description

technical field [0001] The invention relates to the technical field of chemical production equipment, in particular to a bundled tubular reaction module in the continuous production process of a methyl ethyl ketoxime silane crosslinking agent. Background technique [0002] The batch-operated tank reactor is to add all the reactants at one time before the operation. As the reaction progresses, the temperature, concentration and reaction speed in the tank change with time until the predetermined conversion rate is reached and the material is discharged. . At present, the batch kettle is widely used because of its simple structure, convenient operation and great flexibility. However, the auxiliary time required for loading, unloading, inspection and cleaning equipment of the batch kettle is long, resulting in high labor intensity and low production efficiency. Therefore, there is an urgent need to develop a cluster tube reaction module to solve the deficiencies in the prior ar...

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Problems solved by technology

At present, the batch kettle is widely used because of its simple structure, convenient operation and great flexibility. However, the auxiliary time required for loading, unloading, inspection and cleaning equipment of the batch kettle is long, resulting in high labor intensity and low production efficiency. Therefore be badly in need of developing a kind of cluster tube type reaction module to solve the deficiency of existing technology

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