System for separating and drying films of internal mixer

Abstract

The invention discloses a system for separating and drying films of an internal mixer. The system is characterized in that a film separating mechanism improves the blowing temperature by charging thermal pressure air to a separant agitating tank and heating the separant agitating tank with the heat of the thermal pressure air; and meanwhile, the concentration of the separant can be improved and the separant is distributed on the films uniformly, thereby improving the separating quality of the films; furthermore, a film drying mechanism dries the moisture during the separation via the heat of the thermal pressure air, thereby achieving fast drying purpose, reducing the air amount and improving the quality of the films.

Description

technical field [0001] The invention relates to the field of internal mixing process of rubber tires, in particular to a system for isolating and drying rubber sheets of internal mixers. Background technique [0002] At present, in the tire mixing process, the isolation of the film generally adopts the traditional technology of freeze-drying compressed air. After the compressed air is freeze-dried, the spacer pool is stirred, and the stirring speed is accelerated by increasing the air volume, thereby increasing the concentration of the spacer. Due to the high energy consumption of traditional isolation and drying methods, wet weather cannot meet the process requirements. The concentration of the release agent is low at room temperature, and the gas consumption must be continuously increased to meet the process requirements, resulting in high energy consumption. Due to the low temperature of the compressed air after freeze-drying, it is not conducive to the dissolution of t...

AI Technical Summary

Problems solved by technology

The natural wind has limited ability to dry the film, and the film will not dry in wet season, which will affect the quality of the film and fail to meet the process requirements

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