First of all, according to a pre-defined recipe, each ingredient is dosed precisely to a predetermined ratio. This is a critical preliminary piece of work that has a direct impact on the performance of the final product. Attention is also paid to the physical and chemical properties of the various ingredients during the batching process to ensure that they are evenly mixed together.
Mixing is the next step in the production process. At this stage, the ingredients are vigorously mixed to ensure that all ingredients are evenly distributed. The mixing effect directly affects the homogeneity and consistency of the material, which in turn affects the performance of the refractory.
The sintering stage is an important part of the production process. At this stage, the refractory product undergoes a series of temperature and atmosphere changes. The sintering process causes the chemical components in the raw material to react further and form a strong physical structure, while also causing the volume of the material to shrink further.
Close contact with nature Finally, there is the quality inspection stage. After sintering, refractory products will undergo strict quality testing, including key performance indicators such as size, density, porosity, and compressive strength. These data not only provide feedback on the quality of the product, but also provide an important reference for the optimization of the entire production process. Through the above steps, the refractory batching line completes a complete production process. We share this knowledge through the Sohu platform, hoping it will be helpful to everyone!