The core equipment in the catalyst manufacturing process is the mixing granulator.

Catalyst mixing granulator working principle

Intensive mixer can be used as a granulator to complete the mixing and granulation preparation requirements of the catalyst raw materials in the same equipment. The laboratory strong mixer is a countercurrent three-dimensional motion principle. It can prepare the catalyst raw materials into ideal particles by rotating granulation and high-speed mixing.

The design of the mixing granulator is also very advanced. Its granulation cylinder is tilted, so that the material can better follow the rotation of the machine.

The granulation tool group rotates counterclockwise at high speed to form an opposite motion trajectory, further improving the mixing efficiency of the material.

The role of the fixed scraper and the three-dimensional motion mode make the material flow more evenly, ensuring the quality of the catalyst mixed particles.

Automatic control system: used to control the parameters of the mixing granulator. Granulation time and granulation disk speed. If the time is too short, the particles have not had time to form. If the speed is too slow, it may cause uneven mixing.

The amount of admixture liquid is the key to ensure the consistency of particle size and quality. As long as you master the adjustment of these process parameters, you can achieve better mixing and granulation results.

According to the material characteristics, AKW further improved the design of the mixing tool set, adjusted the installation position and angle of the scraper, etc. Through optimized design, we can make the material mixing more uniform and the granulation efficiency higher, thus producing particles with more consistent quality.

Clean and maintain the equipment regularly to ensure that all parts are in the best working condition. The maintenance and cleaning of the granulator equipment is also essential. The granulator will inevitably have problems of wear or material accumulation when working for a long time. If not handled in time, it will not only affect the production efficiency, but also lead to a decrease in particle quality.