Complex investigations of anorthite-containing building ceramics based on clay and metallurgical sludge waste were conducted. Component compositions were selected to obtain ceramic products with anorthite as the predominant phase. The physicomechanical characteristics, phase formation, and morphology of the prepared ceramic samples were investigated. It was determined that the structure of the anorthite phase in the composition of ceramic samples forms at metallurgical sludge waste content ranging from 10 to 50 wt.%. The strength metrics of the ceramic samples increase on account of the prismatic and acicular crystals of the anorthite phase which are uniformly distributed throughout the ceramic body.

对基于粘土和冶金污泥废料的含钙长石的建筑陶瓷进行了复杂的研究。选择组分组成以获得以钙长石为主要相的陶瓷产品。研究了制备的陶瓷样品的物理机械特性、相形成和形貌。已确定陶瓷样品组合物中钙长石相的结构在冶金污泥废物含量范围为 10 至 50 重量％时形成。由于钙长石相的棱柱状和针状晶体均匀分布在整个陶瓷体中，陶瓷样品的强度指标增加。