Hollow fiber membrane continuous production forming equipment

Abstract

The invention discloses hollow fiber membrane continuous production forming equipment which comprises a mounting frame, hidden grooves are formed in the two sides of the mounting frame, bases connected with each other are arranged at the bottoms of the two hidden grooves, a winding machine is arranged in the middle of the top of each base, and a mounting base is arranged in the middle of the top of the mounting frame; through mutual cooperation of centrifugal drying assemblies, when membrane filaments pass through a drying chamber, the passing membrane filaments are dried through centrifugal rotation of the drying chamber and hot air of an air heater, and under guiding cooperation of trapezoidal blocks, the hot air formed by the air heater is rapidly diffused; the equipment is matched with the drying chamber rotating centrifugally to force hot air to be disordered in the drying chamber, membrane filaments coated with water liquid are rapidly dried, and the water liquid flowing down in the membrane filament drying period flows towards the two sides through guiding matching of the trapezoidal blocks so as to be prevented from being accumulated in the drying chamber to affect the drying efficiency of the membrane filaments.

Description

technical field [0001] The invention relates to the technical field of hollow fiber membranes, in particular to continuous production and molding equipment for hollow fiber membranes. Background technique [0002] At present, there are homogeneous membranes, hollow fiber membranes, etc. for the membrane filaments in the water purification industry; among them, the production of hollow fiber membranes is planned and designed for the production line of hollow fiber membranes in order to effectively improve economic benefits and reduce production costs; Automatic adjustment of membrane wall thickness control for different needs; in the traditional hollow fiber membrane production process, membrane liquid production, membrane cleaning and drying, testing and receiving are all distributed and segmented; [0003] The current hollow fiber membranes often need to go through cleaning, drying and corrugation operations during the production and molding period. The existing cleaning an...

AI Technical Summary

Problems solved by technology

[0003] The current hollow fiber membranes often need to go through cleaning, drying and corrugation operations during the production and molding period. The existing cleaning and drying systems often only work through a single assembly line mechanism, but according to the continuous improvement of hollow fiber membranes, There are many porous multi-group spinnerets or a large number of hollow fiber filaments, so it is difficult to evenly clean and dry more membrane filaments through one cleaning and drying step, so that the subsequent pressing and collecting The roll work has caused great interference and inconvenience, reducing the production accuracy of the product and the subsequent use effect; when the membrane is being cleaned, the surface is generally only cleaned by contact with water, so that the debris adhering to the surface of the membrane Chips and debris are difficult to remove, and the water liquid is in a static state without the assistance of external force, which does not have a good impact on the membrane filaments, thereby reducing the cleaning efficiency of the membrane filaments; the drying work is performed after the membrane filaments are cleaned At this time, more water will adhere to the surface of the membrane filament, which will gradually slow down the time and efficiency of drying work, resulting in the failure of the membrane filament processing production line to work normally, and increasing the workflow of the operator.

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