To meet the refractory industry's demand for high-end mixing and granulation, CONELE Machinery has upgraded equipment performance to create an inclined intensive mixer-granulator. This equipment enhances mixing uniformity and reduces energy consumption while simplifying maintenance, thereby easing management burdens and cost pressures for enterprises. CONELE refractory mixing and granulation equipment meets rigorous industry standards, achieving high material homogeneity and ultimately improving the quality of the finished refractory products.

Figure 1: Refractory Mixing and Granulation Equipment

This equipment is suitable for a wide range of applications, including the mixing and granulation of raw materials for various refractory products such as high-alumina bricks, magnesia bricks, silica bricks, and mullite bricks. In the raw material preparation workshops of refractory manufacturers, it efficiently processes diverse materials like clay, grog, and additives. Through optimized mixing structures and granulation parameters, it ensures the uniform distribution of material components, providing stable, high-quality granulated feedstock for subsequent molding processes. Furthermore, in the production of unshaped refractories (such as castables and ramming masses), the inclined intensive mixer-granulator effectively resolves issues common to traditional equipment—such as uneven mixing, high energy consumption, and complex maintenance—significantly boosting production efficiency and product quality consistency. Its modular design allows manufacturers to customize configurations based on specific capacity requirements, adapting to the process needs of production lines of various scales.

Figure 2: Refractory Intensive mixer CONELE

CONELE inclined refractory mixer allows for independent speed adjustment of components—including the rotor and the mixing pan—enabling precise control over material residence time. A side scraper design minimizes material residue within the pan, ensuring precise control over the material throughput for each cycle and reducing quality variations between batches. Key components, such as rotor blades and pan liners, are manufactured from high-strength, wear-resistant materials to extend service life and reduce maintenance frequency caused by component wear.