Catalysts are core materials in modern chemical engineering, environmental protection, and new energy sectors; their performance depends directly on the uniformity of raw material mixing and the quality of granulation. The global market for zeolite catalysts is projected to reach $5.643 billion by 2026, a year-on-year increase of 7.58%. Catalyst preparation imposes four key requirements on equipment: uniform dispersion of active components, preservation of carrier pore structures, adequate particle strength, and consistent batch-to-batch quality.

CO-NELE Intensive Mixer

Traditional pan and drum granulators suffer from issues such as material accumulation zones (dead spots), uneven dispersion of active components, and inconsistent particle strength. The CO-NELE CR series high-efficiency intensive mixer employs a compound motion mode combining a high-speed rotor and a rotating mixing pan. This creates a 3D turbulent circulation within the inclined mixing chamber, completely eliminating dead spots and precisely dispersing trace active components into the carrier powder. Mixing and granulation occur within the same chamber, preventing component segregation caused by material transfer. Equipment specifications range from 0.1L laboratory models to mass-production units with capacities of several thousand liters, allowing for seamless process scaling.

CO-NELE Intensive Mixer for Catalyst Mixing and Granulation Production Line

With a comprehensive range spanning from the CEL1-10 laboratory model to the CRV29 industrial model, the series meets the full-cycle needs of catalyst manufacturers—from initial formulation development to large-scale production. Material-contact parts are available in options such as stainless steel and ceramic coatings, making the equipment suitable for specialized materials like precious metal catalysts and corrosive zeolites.

Finished Catalyst Granules