A high-efficiency processing equipment for pe pipes

Abstract

The invention discloses high-efficiency PE pipe processing equipment. A PE pipe comprises a pipe body and an outer layer wrapping the pipe body. A processing system comprises supports, a working position rod capable of being penetrated into the pipe body, driving components arranged on the supports and used for driving the working position rod to rotate, an outer layer processing mechanism, a material taking rack and a drying mechanism. The drying mechanism comprises a box, a conveying track arranged on a drying frame, two driving gears used for driving the conveying track to rotate and a feedslide rail extending to the conveying track. A plurality of rolling parts are uniformly arranged on the feed slide rail at intervals. An elastic stop part is arranged at the end of the feed slide rail. The high-efficiency PE pipe processing equipment can conduct drying operation on a processed pipe through the drying mechanism so that resin wound around the outer side of the pipe along with glassfiber can be rapidly dried, the resin drying and solidification time can be shortened, and the working efficiency can be improved. The high-efficiency PE pipe processing equipment can discharge workpieces one by one through the elastic stop part, and the drying effect is good.

Description

technical field [0001] The invention belongs to the technical field of PE pipe processing, and in particular relates to high-efficiency processing equipment for PE pipes. Background technique [0002] Cable conduit is a protective pipe commonly used in cable laying in various places in recent years. Plastic pipes such as MPP and PE are often used, which have poor strength, cannot bear heavy pressure, are flammable and fragile, are not heat-resistant, are not aging-resistant, and have a short life. . In order to enhance the strength of the pipe, when the existing pipe is processed, a layer of glass fiber with resin is wound on the outside of the pipe. After the resin is solidified, a protective layer is formed together with the glass fiber to enhance the strength of the pipe. In order to speed up the drying, drying equipment is usually used to heat and dry the pipe. However, the traditional drying device needs to manually transport the pipes to the drying track, which is in...

AI Technical Summary

Problems solved by technology

However, the traditional drying device needs to manually transport the pipes to the drying track, and the work efficiency is low

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