Air cooling device for processing fluoroplastic

Abstract

The invention discloses an air cooling device for processing fluoroplastic. The air cooling device comprises an air cooling device main body, a fixing table and an air inlet pipe. A fixing surface isfixedly connected to the middle of the air cooling device main body. Extending-and-contracting rods are closely welded to the bottom end of the fixing surface. A switching button is connected to one side of the fixing surface in an embedded manner. A power socket is connected to the bottom end of the rear face of the fixing surface in an embedded manner. The air inlet pipe is movably connected tothe middle of the top end of the fixing surface. An air distribution pipe is connected to the middle inside the fixing surface in a nested manner. By means of the air distribution pipe, the air cooling device for processing the fluoroplastic can achieve the better air cooling effect, and thus high efficiency of the air cooling device for processing the fluoroplastic is embodied; air of the air inlet pipe is distributed to all air outlets, and air cooling treatment is conducted on the fluoroplastic through the air outlets, so that practicability of the air cooling device for processing the fluoroplastic is embodied; by means of an air outlet housing, the faster air cooling effect can be achieved for the fluoroplastic, and thus, high efficiency of the air cooling device for processing the fluoroplastic is embodied; and the air cooling device is suitable to be used, and the wide development prospect is achieved in future.

Description

technical field [0001] The invention relates to the technical field of fluoroplastic processing, in particular to an air cooling device for fluoroplastic processing. Background technique [0002] Fluoroplastics are alkane polymers in which part or all of the hydrogen is replaced by fluorine. Fluoroplastics can be formed into plates, rods, sleeves, tapes, sealing rings, diaphragms and metal inserts by compression molding, roll forming, and injection molding. Before the injection molding of fluoroplastics, in order to make the sol in the injection mold more uniform or to make the color mixing more uniform, the fluoroplastic powder can be mixed and pelletized first, specifically, the fluoroplastic powder After melting, it is formed into a cable shape by the outlet device, and is transported, then water-cooled, air-cooled and pelletized in turn to form fluoroplastic particles with uniform size and color mixing, and then put into the injection molding machine for melting. [000...

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Problems solved by technology

[0004] The purpose of the present invention is to provide an air-cooling device for processing fluoroplastics to solve the problem of poor effect and low practicability in the above-mentioned background technology, which limits the scope of use of the air-cooling device

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