Manufacturing method of carbon-fiber-contained composite material cable

Abstract

The invention relates to a manufacture method of carbon fiber composite cables. The manufacture method comprises the following steps: carbon fibers are led out of a creel, gum dipping is carried out to the carbon fibers after entering a first gum dipping area, and used epoxy resin is heat-resisting and high in mechanical property; the carbon fibers after gum dipping enter a first curing oven to be precured, carbon fiber composite cores are manufactured, the diameter of each carbon fiber composite core is 5mm to 12mm, and a curing degree is enabled to reach more than 85% by adjusting temperature; glass fibers on two sides are led out and respectively enter a second gum dipping area and a third gum dipping area, and used epoxy resin is high temperature resisting and weather resisting; the glass fibers after gum dipping pass through a winding area and are wound and cover the outer layers of the carbon fiber cores, the thickness of single side is 0.5mm to 2mm, and winding speed is synchronous with pultrusion speed by being controlled by a servo motor; and the carbon fiber composite cores and the glass fiber protective layers pass through a second curing oven after compounded together, and are fully cured by adjusting temperature. Composite material cable core products pass through a dragger and are wound up on the position of a winding disc.

Description

[0001] This application is a divisional application of an invention patent application with an application date of "February 05, 2013", an application number of "2013100442638", and a title of "a method for making a carbon fiber composite cable". technical field [0002] The invention relates to a cable core, in particular to a method for manufacturing a carbon fiber composite material cable. Background technique [0003] As a substitute for traditional steel cores, cable cores are required to have excellent mechanical properties as well as high temperature resistance, UV resistance, and aging resistance due to long-term work in harsh conditions such as high temperature in the field, sunshine, and climate change. The comprehensive performance requirements of the core are very high. [0004] The traditional cable core structure is a load-bearing core made of carbon fiber and epoxy resin composite material inside, and a protective layer made of glass fiber and epoxy resin comp...

AI Technical Summary

Problems solved by technology

[0007] The present invention designs a method for making a carbon fiber composite cable, which solves the technical problem that the existing cable core has high temperature resistance, tensile strength, mechanical properties, flame retardancy, compressive strength, anti-ultraviolet and anti-aging Relatively poor performance

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