Clinker brick was obtained on the basis of polymineral raw materials, including low-melting and refractory clays, loams, and granitoid screenings in the plastic method of manufacturing. The interrelation of the physical and chemical properties of products was determined as a function of the mass content of the components and the oxide composition of the charge, and the optimal temperature_time regimes of firing were determined — 1150 ± 5°C with exposure of 4 h at an optimal temperature. The data obtained on the oxide and mineral composition make it possible to predict the composition of the charge for producing clinker brick, the heat-treatment regimes, and the properties of the products.

熟料砖是在多矿物原料的基础上获得的，包括低熔点和耐火粘土、壤土和塑料制造方法中的花岗岩筛分。产品的物理和化学性质的相互关系被确定为组分的质量含量和炉料的氧化物组成的函数，并确定了最佳的烧制温度 - 时间制度 - 1150 ± 5°C，暴露 4 小时在最佳温度下。获得的关于氧化物和矿物成分的数据可以预测用于生产熟料砖的装料成分、热处理制度和产品的性能。