Fluoroplastics as a major plastic products are increasingly widely used, especially in the plastic doors and windows industry. Mold is the key equipment for the production of fluoroplastics, not only its design technology is based on the plastic molding process to support the mechanical design to support the relevant technology for the system engineering, but also in the processing of fluoroplastics products has its particularity, recycling fluoroplastics processing technology is directly related to the quality of fluoroplastics molding. Its main performance in the fluorine plastic cross-sectional shape is complex, in the design must focus on the precision of the mold cavity design, structural design, etc., which requires recycling fluorine plastic factory in the process of processing to take corresponding measures.

The shape of the fluoroplastic product is only geometrically similar to the section of the extruded product. When the material enters the fluoroplastic product from the extruder, the geometric shape is generally circular, and then transitions from circular to a similar geometric section designed to form three functional geometric regions, namely, the transition part of the feeding part. The material flow from the extruder passes through the connecting head perforated plate machine neck (transition plate) support plate compression plate preformed plate fluoroplastic product plate in turn. The structure of the product varies according to the shaping method, but in general, it includes the three functional elements and parts of the waterway cooling system and the vacuum adsorption system of the molding component. The structural characteristics of fluoroplastic products can be seen from the structure of fluoroplastic products. Fluoroplastic products are a through-type mold, which is different from other plastic molds.

Fluoroplastic products are designed according to customer requirements, and there are rarely exactly the same cavities, so every part in production needs to be programmed, so programming is a very important part of production. The recycled fluoroplastics gradually form close to the shape of the product through the stage of shunt compression and setting, so the change of the cavity is very complicated. General imported four-axis linkage four-coordinate line cutting built-in software can be realized up and down the shape of the CNC programming,Recycling fluoroplasticsThe factory can also use powerful CNC programming software or they all have the following functions:

(1) Powerful post-processing function, able to support commonly used wire cutting systems, recycling fluoroplastics factory can modify the post-processing procedures to meet the special needs of customers.

(2) can identify multiple formats of graphics files, such as formats. The processing path can be conveniently selected, and the fluorine plastic recycling plant can select the processing path one by one in the complex graph according to the needs, so that the relationship between the processing path and other parts of the parts can be observed.

(3) It has the function of three-dimensional observation. In the upper and lower special-shaped processing, the program plane and the auxiliary plane need to correspond to reasonable primitives, otherwise it will produce distorted processing shapes and form incorrect transitions. Through the three-dimensional observation of the software, these unreasonable transitions can be found.

Recycling fluoroplastics factory generally use CNC wire cut machine tools, and has a four-axis linkage four-coordinate wire cutting processing function, can process up and down special-shaped parts. The coupling neck is the interfacing portion of the extruder and die where the basic shape of the article will be formed. The neck cavity of the coupling machine is a tapered upper and lower special-shaped structure, which generally transitions from the round shape of the feed inlet to the structure close to the cross-sectional shape of the product at the outlet. Moreover, due to the complex and changeable cross-sectional shape of fluoroplastic products, the intermediate transition area is a complex curved surface with continuous transition, which brings certain difficulties to processing.

This article comes from:www.tflpfa.com

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