System for PE tube machining

Abstract

The invention discloses a system for PE tube machining. A PE tube comprises a tube body and an outer layer covering the tube body. The tube body is a PE tube. The outer layer is a glass fiber layer. The machining system comprises a support, a work station rod capable of penetrating into the tube body, a driving component arranged on the support and used for driving the work station rod to rotate,an outer layer machining mechanism for winding glass fiber around the tube body, a taking frame for taking the tube body from the support and a drying mechanism for drying the tube body. By arrangingthe supporting frame, the supporting frame is directly adopted for communicating the work station rod to the tube conveniently to disassemble the tube body from the rack, then, the work station rod and the tube are directly moved into the drying mechanism through conveying of the supporting frame, the tube does not need to be transferred manually, and labor is saved during operation.

Description

technical field [0001] The invention belongs to the technical field of PE pipe processing, and in particular relates to a system for processing 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. However, due to the presence of the resin during the processing, it takes a certain amount of time for the resin to cool and solidify, which takes a long time and results in low work efficiency. Moreover, the adhesion ...

AI Technical Summary

Problems solved by technology

However, due to the presence of resin in the processing process, it takes a certain amount of time for the resin to cool and solidify, which takes a long time and reduces work efficiency.

Moreover, the adhesion between the glass fiber and the pipe is poor when the glass fiber is wound, and the strength of the glass fiber layer is poor. When the pipe is scratched by a sharp object, the glass fiber layer is often broken, which will cause the inner layer of the pipe to be damaged. be scratched

Images