This article systematically studies the problem of resistance failure caused by friction during the production and installation of conductive F46 silver plated secondary surface mirrors. Through the test and analysis of the influence of different material countertops on the resistance value of the mask during the friction process, it is found that the green anti-static panel has the smallest impact on the scratch of the facial mask, and is easy to operate. During the installation process, by comparing and studying the performance of different protective materials, it is found that polyethylene film as a protective material can effectively reduce the impact of friction on the facial mask resistance and reduce the probability of resistance failure. At the same time, the resistance measurement method has also been systematically studied. The use of multimeter and metal measurement tooling can reduce the secondary damage to the facial mask caused by the resistance measurement operation.