Spout and Repair Material manufacturers take you to understand what the construction of refractory castable depends on

Spout and Repair Material manufacturers tell you that the construction of refractory castables depends on the rheological properties of the castable, and the rheology of the refractory castable depends on the particle size distribution of the castable (ie the ratio of aggregate to base). At the same time, according to the process requirements of the cement kiln (including process temperature, dust content, etc.), the alkali resistance and wear resistance of the castable are improved.

Spout and Repair Material manufacturers tell you that the construction properties of refractory castables are not obtained by simply adding water. Adding too much water will cause the separation of the aggregate and the base material, which will affect the performance of the castable, and will also reduce the density, strength, alkali resistance and wear resistance of the castable. Insufficient water addition, poor construction performance, materials cannot flow normally and achieve dense filling, air bubbles cannot be discharged, and tight accumulation cannot be formed, which will also affect the performance of the castable.
The main components in refractory castables refer to the majority of chemical components that play a decisive role in the high temperature characteristics of refractory castables. Spout and Repair Material manufacturers tell you that refractory castables have the ability to counteract high temperature effects, and that refractory castables have their own characteristics, which may lie in the main components. Then, full attention must be paid to the main components of refractory castables.
Spout and Repair Material manufacturers tell you that refractory castables are generally classified into several grades according to chemical composition, and many homogeneous refractory castables are classified into several grades, most of which are based on the type and content of its main components. of.