🧱 Firebrick is widely used in industrial furnaces with high temperature. Refractories are solid materials that can withstand high temperatures and maintain their physical performance in any condition, even in contact with corrosive liquids or gases. Firebrick is essential for all high temperature processes, such as the production of metals, cement, glass and ceramics.
🧱 Currently, there are different types of refractory materials that are designed and produced to meet the needs of different industrial sectors. Refractories can be classified in a number of ways, the most common of which are based on the method of installation, type of joint (tempered, fired) and chemical composition (acidic, basic or neutral). 🧱 Refractories or firebricks are pressed into a predefined geometry and installed as such, while refractories, usually, are prepared in powder form and installed by pouring, troweling, pelletizing. , shaking and injecting into powder. 🧱 In the group of refractories, a further distinction can be made between ceramic bricks and carbon bond. Bonded or fired bricks are formed at high temperature (****°C) using temporary adhesives and firing process, while bonded or tempered bricks are formed at lower temperatures (300°C) using adhesives. Hydrocarbon (resin, oil, etc.) and the final resistance is created during in situ firing.