Abstract
The Sn substrate composite powder technology for capsule building was tested in this study, and the trend of adding graphite was studied. Then, a series of materials with higher resistance to electromagnetic waves were investigated. Based on low-cost advantages and particular categories of architectural application, the Sn-Al-C (SAC) ternary system powder was studied using the coating method, which can be applied to cement or plastic surfaces. The effects of particle size, content ratio of C and Sn-Al additions, stacking effect, and influence of porosity and thickness on the electromagnetic shielding mechanism were analyzed and discussed in detail.
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