STUDY OF INFLUENCE OF FILLER PARTICLE SIZE ON THE PROPERTIES OF COMPOSITE MATERIAL BASED ON EPOXY-DIANE RESIN
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DOI:
https://doi.org/10.25712/ASTU.2072-8921.2024.04.030Abstract
The paper investigated the influence of filler particle size on the properties of the composite material. The properties of highly filled composites with different sizes of filler particles are shown. The morphology of fillers of different sizes was studied using scanning electron microscopy (SEM). In addition, such physical, mechanical and technological characteristics of materials as hardness, density, shrinkage, viability and water absorption were studied. A production technology for the preparation of composites based on epoxy-diane resin filled with barium titanate is presented.
It has been established that when preparing single-modal compositions based on epoxy-diane resin for the production of dielectric materials, the use of filler powder of a larger fraction is preferable to the use of small particles.
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