Enamel Reactor Head Sealing Composite Structural Parts

Abstract

The invention provides a sealing composite structural element for an end socket of an enamel reactor. An annular base sheet and an annular pressing sheet located above the annular base sheet are included; the inner edge of the annular base sheet extends downwards to form a tight pressing wrapping sheet; the inner edge of the annular pressing sheet extends downwards to form a pressure applying wrapping sheet; and the tight pressing wrapping sheet is connected with the tail end of the pressure applying wrapping sheet to form a sealing bag. The sealing composite structural element is located at the position, making contact with a barrel body, of an upper end socket of the enamel reactor, the annular base sheet and the annular pressing sheet are used in cooperation, the sealing bag guaranteesthe sealing effect of the reactor, impacting of the upper end socket on an enamel inner container is substantially relieved, it is avoided that the enamel inner container is frequently impacted and broken, and meanwhile the sealing performance of the reactor is improved.

Description

technical field [0001] The invention belongs to the technical field of enamel reactor accessories, and in particular relates to an enamel reactor head sealing composite structure. Background technique [0002] The inner wall of the cylinder of the enamel reaction kettle is a layer of glass lining. The upper cover of the cylinder is equipped with an upper head, and the frame, reducer and motor are installed on the upper head. When the reactor is working, the reducer and the motor rotate Drive the stirring paddle to rotate in the cylinder. When the reducer and motor are running at high speed, mechanical vibration will be generated, which will drive the upper head to vibrate, and there will be continuous impact between the vibrating upper head and the cylinder body, which will easily damage the glass lining on the inner wall of the cylinder, resulting in the enamel liner. Cracks occur, and in severe cases, the glass-lined glass is broken. In order to solve the above technical...

AI Technical Summary

Problems solved by technology

When the reducer and motor are running at high speed, mechanical vibration will be generated, which will drive the upper head to vibrate, and there will be continuous impact between the vibrating upper head and the cylinder body, which will easily damage the glass lining on the inner wall of the cylinder, resulting in the enamel liner. Cracks will occur, which will lead to glass-lined rupture in severe cases

In order to solve the above technical problems, those skilled in the art staggered the contact position of the upper head and the cylinder by a certain distance, so as to avoid the impact of the upper head on the enamel liner, but this way makes the overall sealing performance of the enamel reactor decrease. , and when the upper head and the cylinder vibrate and rub, it will still have a certain impact on the enamel liner

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