Anion Exchange Membrane AEM Ultrasonic Spraying System

 
Description: 
 
With the emergence of ultrasonic precision spraying technology, a revolutionary solution has been brought to anion membrane spraying. When the ultrasonic spraying equipment is started, the high-frequency vibration of ultrasonic waves quickly atomizes the coating into extremely small particles. These tiny particles adhere precisely to specific surfaces of the anion exchange membrane under the propulsion of the carrier gas, forming a uniform and fine coating layer; It is also possible to achieve overlay coatings of the same or different materials; The dry film thickness ranges from 20nm-100 μ m (depending on the solution and substrate).
  
Parameters: 
 

 
 
Advantages: 
 

Firstly, the coating uniformity is extremely high, reaching over 95%, which enables precise control of coating thickness, ranging from micrometer to nanometer levels, creating an ideal ion transport environment for anion exchange membranes. 
Secondly, the utilization rate of raw materials has significantly increased, reaching over 90%; It is four times more efficient than ordinary two fluid compressed air spraying, greatly reducing waste caused by paint scattering/splashing and lowering production costs. 
In addition, the maintenance cost of ultrasonic spraying equipment is low, the nozzle is not easily clogged, and it can adapt to anion exchange membranes of different shapes and materials, with strong flexibility. 
The anion exchange membrane sprayed by ultrasonic waves has achieved a qualitative leap in performance. In the field of sewage treatment, the ion exchange efficiency has been greatly improved, which can purify water quality more effectively; In chemical batteries, the charging and discharging performance of the battery is significantly optimized, and the cycle life is longer. For production enterprises, the benefits brought by ultrasonic spraying technology are also significant. The automated control program of the equipment greatly improves production efficiency, avoids human factors, and enables the originally lengthy spraying process to be completed quickly, greatly increasing the production capacity of the enterprise. Meanwhile, the precise and effective utilization of coatings significantly reduces production costs and lowers environmental pollution; The application of new technologies will give users greater advantages in fierce market competition

 
Scientific Research Laboratory Qualitative Testing Ultrasonic Coating Machine