Enhanced fishing rod and manufacturing method thereof

Abstract

The invention provides an enhanced fishing rod and a manufacturing method thereof. The manufacturing method comprises the steps of enhanced carbon cloth manufacturing, ironing connection, pipe rolling, tape winding, curing, demolding, cutting, encapsulating, coating and installing, wherein an enhanced film is prepared from 5%-15% of polyether sulfone, 85%-95% of bisphenol A epoxy resin and 1%-8% of toner. The manufactured enhanced fishing rod comprises a fishing rod pipe and auxiliary accessories arranged on the fishing rod pipe, the fishing rod pipe comprises a pipe body, and the surface of the pipe body is coated with the enhanced film. According to the manufacturing method of the enhanced fishing rod, the carbon cloth is compounded with the enhanced film before ironing connection, so that the strength, the toughness and the practicability of the manufactured enhanced fishing rod are greatly enhanced, the fishing rod is light in weight, smooth in surface, tough, good in external electrical insulating property and high in safety, and compared with an existing conventional fishing rod manufacturing method, the manufacturing method has the advantages that the process flow is simplified, the production period is greatly shortened, the production efficiency is improved, meanwhile, the fishing rod pipe is not damaged, the quality of the fishing rod is enhanced, the production qualification rate is increased, and the production cost is reduced.

Description

technical field [0001] The invention relates to a fishing tackle, in particular to an enhanced fishing rod and a manufacturing method. Background technique [0002] The existing fishing rods are divided into three series: bamboo and wood rods, fiberglass fishing rods and carbon fishing rods. Generally, bamboo and wood rods have the characteristics of low price and convenient use. If there is an error in the process, the bamboo and wood poles produced may have problems such as cracks, bending of the pole body, poor elasticity and toughness, low strength, and easy to break and crack; FRP fishing rods are glass fiber fishing rods, which use glass fiber satin Cloth, soaked in epoxy resin, aldehyde resin, high-temperature curing molding (hollow tube or solid rod body), has good toughness and elasticity, high strength, but its weight is not conducive to long-term use or high-strength It is used in competitions and has poor practicability; carbon fiber fishing rods, also known as ...

AI Technical Summary

Problems solved by technology

[0002] The existing fishing rods are divided into three series: bamboo and wood rods, fiberglass fishing rods and carbon fishing rods. Generally, bamboo and wood rods have the characteristics of low price and convenient use. If there is an error in the process, the bamboo and wood poles produced may have problems such as cracks, bending of the pole body, poor elasticity and toughness, low strength, and easy to break and crack; FRP fishing rods are glass fiber fishing rods, which use glass fiber satin Cloth, soaked in epoxy resin, aldehyde resin, high-temperature curing molding (hollow tube or solid rod body), has good toughness and elasticity, high strength, but its weight is not conducive to long-term use or high-strength It is used in competitions and has poor practicability; carbon fiber fishing rods, also known as carbon rods, are made of high-tech carbon-dimensional materials. They are light, solid, and high in tensile strength. Poor, and because the surface is not smooth, the fishing rod needs to be water-grinded and fine-grinded, and then the varnish is primed and painted before labeling. Water-grinding and fine-grinding not only increase the operation process and production costs, but also damage the rod. In addition, carbon fiber fishing rods have good electrical conductivity, and lightning or electric shocks are prone to occur in thunderstorms and low-altitude naked wires, causing personal injury

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