Ultrafine high-dispersed rubber ingredient production device

Abstract

The invention discloses an ultrafine high-dispersed rubber ingredient production device, which comprises a stirring mixer, an ultrafine pulverizer, a hot nitrogen pipeline, a solid-liquid separator, avacuum unit, a condenser, a pulverizing ingredient intermediate tank and a pulverizing ingredient circulating pump. According to the ultrafine high-dispersed rubber ingredient production device provided by the invention, under the cooperation of a pulverizing additive, rubber ingredient particles can be pulverized through the ultrafine pulverizer so as to obtain an ultrafine high-dispersed rubberingredient with the particle size being smaller than 10 micrometers, and the produced ultrafine high-dispersed rubber ingredient has the advantages of small particle size, easiness in dispersing, lowpower consumption, and good rubber vulcanization effect.

Description

Technical field [0001] The invention relates to an ultrafine and highly dispersed rubber auxiliary agent production device, belonging to the technical field of rubber auxiliary agent processing equipment. Background technique [0002] Since the reform and opening up, my country’s rubber industry has developed rapidly, the types of products have become more and more perfect, the import and export trade has continued to grow, and new materials, new processes, and new technologies have been widely used. Modern rubber not only requires the internal quality of rubber products, but also has requirements for the appearance of rubber products. With demanding requirements. [0003] Rubber processing technology is usually divided into plasticizing, compounding agent weighing, internal mixer mixing or open mill mixing, open mill or extruder sheeting, remixing, framework material bonding, semi-finished product molding, and extrusion , Calendering, injection, molding, vulcanization, product mod...

AI Technical Summary

Problems solved by technology

[0004] Traditional rubber additives are mostly powdery chemicals. Although they can bring great benefits to rubber products and their processing, they also have many shortcomings: First, the compatibility of powdery additives with rubber is better than that of pre-dispersed The masterbatch of rubber additives is poor, and it is more difficult to disperse evenly in the rubber than the rubber masterbatch products. Therefore, the quality of rubber products using powdered additives will be lower than that of rubber products using rubber masterbatch products; second, it will cause more energy loss

Since EPDM rubber and styrene-butadiene rubber are usually used as colloids in the prior art, the pre-dispersed insoluble sulfur rubber masterbatch produced by this technology has poor compatibility with rubber, and the processing performance of the rubber material is poor. Poor, and the production process is relatively complicated, the production efficiency is low, it is more prone to agglomeration and static electricity, and it is more likely to generate dust, so it needs to be improved

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