Air Blast Sprayer is an agricultural or industrial device used primarily to spray liquids such as pesticides, fertilizers, water, or other chemical solutions.
Working principle
The working principle of air blast sprayer is mainly based on the principles of fluid mechanics and aerodynamics. When the liquid passes through the nozzle of the atomizer, it is hit by the high-pressure air flow and is dispersed into tiny droplets. These droplets are evenly sprayed to the target area along with the airflow.
Product parameter
Model |
3WFX-400 |
3WFX-500 |
SX-500 |
Dimension(mm) |
1100*1200*1450 |
1350*1270*1350 |
1190*1150*1420 |
Max capacity(L) |
400 |
500 |
SX-500 |
Horizontal range |
12000mm |
14000mm |
14000mm |
Working pressure |
0.4-0.8mpa |
0.4-0.8mpa |
0.4-0.8mpa |
Fan diameter |
790mm |
790mm |
790mm |
Features of air blast sprayer
Knapsack type air blast sprayer: small size, easy to carry and carry, suitable for small areas or complex terrain operations.
Efficient spraying: The high-speed air flow generated by the air blast device can quickly disperse the liquid into tiny droplets, improving the spraying efficiency.
Uniform coverage: Droplets are evenly sprayed to the target area with the airflow, ensuring that every corner is adequately covered.
Save resources: Because the droplets are small and uniform, liquid waste can be reduced and resource utilization can be improved.
Application of air blast sprayer
Agricultural field: for crop pest control, fertilization, irrigation, etc. Especially in the period of high incidence of diseases and pests, the blast sprayer can quickly spray pesticides on crops and effectively control the spread of diseases and pests.
Industrial field: Used for cleaning, disinfection, dust removal, etc. The air blast sprayer produces a large number of droplets for a full range of cleaning and disinfection of the target area.
The use of air blast sprayer significantly improves the efficiency and accuracy of spraying operations, effectively reduces the incidence of diseases and pests, and promotes the healthy growth and development of crops. More importantly, this uniform and in-depth spraying method greatly optimizes the photosynthetic efficiency of crops and enhances its ability to resist adversity, thereby fundamentally improving the yield and quality of crops, and bringing more considerable economic benefits to agricultural production.