Feeding splitter, flame-retardant nylon manufacturing device and method for manufacturing flame-retardant nylon

Abstract

The invention relates to a charging distributor and a flame-retardant nylon manufacturing device and method, and belongs to the technical field of manufacturing of nylon composites. The charging distributor comprises a distributing body and a supporting mechanism arranged on the distributing body. The supporting mechanism comprises supporting legs used for supporting the distributing body on the corresponding inner walls of a charging container and enabling material channels to be formed between the distributing body and the inner walls of the charging container. Each supporting leg is provided with a pushing end matched with the corresponding inner wall of the charging container in a pushing-fit mode. The charging distributor is characterized in that the supporting mechanism further comprises a positioning structure used for being inserted into a discharge outlet of the charging container to prevent the axis of the distributing body from deviating from the vertical direction. The charging distributor can be placed in a charging bin and is convenient to overhaul and replace, and the positioning structure is adopted, so that the distributor is prevented from deviating under material impact.

Description

technical field [0001] The invention relates to a feed diverter, a flame-retardant nylon manufacturing device and a method for manufacturing flame-retardant nylon, belonging to the technical field of nylon composite material manufacturing. Background technique [0002] Nylon is a polymer containing an amide group -CONH- in the molecular main chain, and is an engineering plastic developed early and widely used. Nylon has the advantages of high mechanical strength, high melting point, wear resistance, excellent heat resistance, and good electrical properties. Nylon products can be used in relatively harsh environments, such as high temperature and high voltage. [0003] Because nylon itself has an amide group in its molecular structure, it has good flame retardancy and can be used in fields that have certain requirements for the flame retardancy of materials, especially in the electrical field, such as circuit breakers, solid-sealed poles, High voltage switch etc. However, a...

AI Technical Summary

Problems solved by technology

The diverter serves to avoid the uneven discharge of materials with different sizes of particles. However, for materials such as nylon and flame retardants, which have large differences in particle size and density, these materials should be added After the silo, the falling material flow will impact the diverter. In order to avoid the instability of the diverter and then deviate from the center of the discharge port, the diverter device adopts the method of fixing the diverter on the inner wall of the feeding bin, and the diverter cannot be moved. , which will cause the replacement and maintenance of the shunt to become very troublesome

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