Results of studies of the structural and mechanical properties of aluminum-zirconium composite ceramics with different ratios of Al₂O₃ (white electrofused corundum F-1000) and 3Y-TZP (tetragonal polycrystalline ZrO₂ stabilized with 3.0 mol.% Y₂O₃) obtained by semi-dry molding followed by free sintering are presented. Introduction of a eutectic additive to the ceramic composition leads to formation of a specific structure of the material of the composite-in-composite type. It is shown that an increase of the eutectic additive content in the alumina matrix increases the composite relative density from 93.5 to 98.8%. Changes in the ceramic composition and microstructure affect its mechanical properties.

不同比例的Al ₂ O ₃（白色电熔刚玉F-1000）和3Y-TZP（用3.0 mol。％Y ₂ O ₃稳定的四方多晶ZrO ₂）比率的铝-锆复合陶瓷的结构和力学性能的研究结果。提出了通过半干成型然后自由烧结获得的）。将低共熔添加剂引入到陶瓷组合物中导致形成复合复合型材料的特定结构。结果表明，氧化铝基体中共晶添加剂含量的增加使复合材料的相对密度从93.5提高到98.8％。陶瓷成分和微观结构的变化会影响其机械性能。