PAM airflow mixer can complete powder mixing without any rotating or moving parts, without any pollution throughout the process, suitable for aseptic environment.
The specifications and models range from several hundred grams to dozens of tons.
Features
High mixing efficiency, uniform mixing and no cleanliness
Comply with GMP, C-GMP, FDA certification requirements.
Adapt to line cleaning or online sterilization CIP (cleaning in place) SIP (sanitizing in place)
Support FDA-validated documents (IQ/OQ/PQ)
Wide applicability, the airflow mixer has better applicability to various powders
It can break up and disaggregate agglomerating, viscous, and electrostatic adsorption materials.
High mixing uniformity, simple structure, low maintenance workload
The unit energy consumption is extremely low, and energy saving is obvious.
The PAM airflow mixer uses the high-speed impact force generated by the high-pressure air through the Laval nozzle. In the cavity of the mixer, the material is instantly deaggregated by the disintegrator and rises with the compressed air to boil, forming a fluidized mixing state, and the mixing efficiency is very high. In the whole mixing process, the airflow mixer has no mechanical parts to interact with the material. The high mixing efficiency can lead to a very short mixing time, thereby achieving an extremely gentle mixing process. Using the PAM air mixer, you can produce dry mixtures with high quality requirements and excellent reproducibility. The mixer is easy to operate and hygienic. You can choose the mixing container flexibly. These advantages make the PAM airflow mixer an excellent mixer in the laboratory and production.
Taking a 30 m3 airflow mixer as an example, the density of the mixture is 0.6 g/m3, the mixing time is 2 min, the uniformity of the mixture reaches 99.50%, and the unit power consumption is 3.1 kW•h/t. The double helix cone mixer with the same processing capacity mixes the same materials, the mixing time is 25 minutes, and the unit power consumption is 10.3 kW•h/t. The energy consumption per unit material of the 30 m3 air-flow mixer only needs 30.9% of the energy consumption of the double spiral cone mixer with the same processing capacity. And the larger the volume, the more energy consumption of the airflow mixer is compared to the energy consumption of the mechanical mixer. Airflow mixer has simple structure, low investment and operation cost, and more convenient maintenance.
Application areas: medicine, food, pigments, minerals, feed, chemicals, new materials and other industries.
