Method for preparing glass fiber reinforced plastic through vacuum flow guide

Abstract

The invention discloses a method for preparing glass fiber reinforced plastic through vacuum flow guide. The method comprises the following steps: laying a fiber cloth in a die, starting a vacuum pumpand vacuumizing to enable the vacuum degree of a sealed space in the die to achieve 0.08-0.1MPa, pouring matrix resin into the die, and curing to form the glass fiber reinforced plastic. The processis simple, green and pollution-free; and the composite material has the advantages of being high in mechanical property, wide in application prospect and the like, and is wide in application field.

Description

technical field [0001] The invention relates to a method for preparing glass fiber reinforced plastics by vacuum diversion. Background technique [0002] With the development of society and economy, people's purchasing power is on the rise, and the requirements for the material and performance of the product are getting higher and higher. Therefore, the requirements for the product molding process are getting higher and higher, especially the molding process. environmental protection and cost. At present, FRP products, such as boat hulls, are mostly formed by hand lay-up, but hand lay-up has low productivity, high labor intensity, poor labor hygiene conditions, difficult product quality control, low performance stability, and low product mechanical properties. Especially for large hulls with complex structures, high mechanical performance requirements, and large body shapes, it is difficult to implement the traditional hand lay-up process; [0003] Vacuum infusion process ...

AI Technical Summary

Problems solved by technology

At present, FRP products, such as boat hulls, are mostly formed by hand lay-up, but hand lay-up molding has low productivity, high labor intensity, poor labor hygiene conditions, difficult product quality control, low performance stability, and low product mechanical properties.

Especially for large hulls with complex structures, high mechanical performance requirements, and large body shapes, it is difficult to implement the traditional hand lay-up process;