Preparation process of a carbon fiber composite reflector

Abstract

The invention discloses a preparation process of a carbon fiber composite mirror. Indium steel matching the carbon fiber composite mirror is used as a material to prepare a mold with the same mirror structure as the carbon fiber composite mirror to be prepared; a layer of electroplating is applied on the surface of the mold Metal layer; using physical or chemical methods that can increase the surface roughness, treat the side of the metal layer that is not combined with the mold to make it completely rough; according to the lay-up design and lay-up process requirements, the carbon fiber composite The impregnated material is laid on the rough surface of the metal layer, the laid carbon fiber composite material prepreg is solidified and molded, and the mold is demoulded to obtain a carbon fiber composite reflector blank in which the metal layer and the carbon fiber composite material substrate are integrated; The mirror blank of the composite material reflector is ground, and the surface is coated with a metal reflective film to obtain a carbon fiber composite material reflector. The preparation process is simple and easy, and can be integrally formed.

Description

technical field [0001] The invention relates to the technical field of optical element preparation, and more specifically, relates to a preparation process of a carbon fiber composite reflector. Background technique [0002] Carbon fiber composite material belongs to carbon fiber reinforced resin matrix composite material. With its advantages of low density, high specific stiffness and high specific strength, it has been widely studied as a new generation of optical mirror body material. Most of the carbon fiber composite mirrors are prepared by molding and copying the optical grade mirror surface of the mold. There are layer angle errors in the paving process of the existing preparation technology, which cannot guarantee quasi-isotropic paving, resulting in large astigmatic aberrations in the surface shape, and problems such as printing through, which eventually lead to the failure of the carbon fiber composite mirror blank Direct coating applications. In order to solve t...

AI Technical Summary

Problems solved by technology

There are layer angle errors in the paving process of the existing preparation technology, which cannot guarantee quasi-isotropic paving, resulting in large astigmatic aberrations in the surface shape, and problems such as printing through, which eventually lead to the failure of the carbon fiber composite mirror blank Direct Coating Applications

In order to solve this problem, at present, the most widely used method is to coat the surface of the carbon fiber composite mirror blank with a metal layer, and the metal layer is processed to meet the surface shape accuracy requirements, but the conductivity of the carbon fiber composite mirror blank is poor, and the coating metal of the curved mirror blank Problems such as large internal stress make it difficult for the coating process to achieve the intended purpose

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