Today, with the advance of civil engineering science and the possibility of designing safe structures, the use of concrete in the construction of structures, due to its features, has been considered more and more. Therefore, the effort to improve the physical and chemical properties of this material is very important. On the other hand, due to the widespread industry, a number of waste products of factories have increased day by day. For this reason, today attempts to reuse these lesions have been considered. One of the ways to prevent the accumulation of some waste products is using them in useful materials such as concrete. In researches done so far, the use of ceramic waste in concrete has been very much considered. Because this material, if used as an alternative to aggregates, increases the strength of the concrete made from it compared to conventional concrete and, in accordance with the ceramic materials, it also resists heat. Ceramics have different types. The researches that have been done so far, suggests that the use of sanitary ceramics more than other types of ceramics improves concrete properties. The new generation of ceramics is a porcelain ceramic that has a high resistance to heat and pressure and, due to its high resistance, does not have the ability to return to the production cycle of the factories and generally accumulate as waste products. In this research, two porcelain ceramics and ordinary red ceramics in concrete were used as a substitute for coarse aggregates in percentages of 25, 50, 75 and 100. The results also showed that these ceramics also have better performance than sanitary ceramics. In studies that have been done by researchers, the use of waste steels materials is also considered as one of the most useful materials that can improve concrete properties. So far, these waste steels have been used mainly as aggregates in concrete. In this study, steel chips of 1%, 1.25% and 1.5 % of concrete volume were used alone and with ceramic in concrete. At first, 452 samples were made to perform tests of compressive strength, tensile strength, durability, water absorption and concrete strength against heat. The results showed that these chips and ceramics have been able to increase the compressive strength, tensile strength, flexural strength and durability of concrete alone, and their combined use in concrete, in addition to improving the resistance parameters of concrete at normal temperature, increases its acceptable resistance in front heat. In general, it can be said that in this study, with use of waste materials, the quality and characteristics of concrete increased significantly at a negligible cost. Key words Concrete, porcelain ceramics, sanitary ceramics, steel chips, temperature, toughness, water absorption, compressive strength, tensile strength, modulus of rupture