Industrial chemical reaction kettle

Abstract

The invention discloses an industrial chemical reaction kettle, and the reaction kettle structurally comprises a motor, a reaction device, a runner pipe and a supporting column; the motor is fixedly embedded in the middle of the upper end of the reaction device, the runner pipe is installed at the lower end of the reaction device, the supporting column is welded to the lower end of the reaction device, and when a buffer mechanism is closed, the buffer mechanism is rotationally attached into a fixing pipe, so that a rubber ring is extruded; through the blocking of the steel balls, the rubber ring is prevented from being too large, so that compression can be performed through the rubber ring during rotary separation, the friction resistance between threads of the fitting blocks is prevented from being too large, the thread fit between the fitting blocks is prevented from being blocked, the blocking blocks are extruded by the internal pressure of the reaction box, and the inclined surfaces of the blocking blocks are compressed through the stress plates, so the stress plate is slightly expanded; the pressure is buffered by blocking the pressure through the blocking mechanism, so a moving space is provided for downward extrusion of the closing cover, upward impulsive force of the pressure in the reaction box is reduced, and threaded friction resistance between the attaching blocks is manually controlled.

Description

technical field [0001] The invention relates to the field of industrial chemistry, in particular to an industrial chemical reaction kettle. Background technique [0002] The industrial chemical reaction kettle is used for the reaction of chemical materials, so that the chemical materials are in a relatively closed environment, and the internal temperature, humidity, pressure and other factors are controlled. At the same time, the chemical materials are fully contacted by the agitator. The reaction kettle is A chemical reaction vessel. [0003] The feed port of the reaction kettle is closed in a threaded state, which can reduce the gap. At the same time, a metal gasket is installed inside the closing cover to fit the upper end of the feed port to strengthen the closing effect, but the metal gasket is relatively hard and round. The shape of the feed port exerts even pressure on the metal gasket under the internal pressure, so that the gasket forms a barrier against the pressu...

AI Technical Summary

Problems solved by technology

[0003] The feed port of the reaction kettle is closed in a threaded state, which can reduce the gap. At the same time, a metal gasket is installed inside the closing cover to fit the upper end of the feed port to strengthen the closing effect, but the metal gasket is relatively hard and round. The shape of the feed port exerts even pressure on the metal gasket under the internal pressure, so that the gasket forms a barrier against the pressure so that the metal gasket is not easily deformed, and at the same time, the pressure generated by the internal pressure of the reactor moves upward on the gasket, making the thread of the closing cover The friction resistance between them is too large, which makes it difficult to rotate the thread

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