Widely applied in water drying processes across industries including ultrasonic cleaning, glass washing machines, circuit boards, electroplating, coating, spray painting, and non-ferrous metal sheet/wire/plate production. Also suitable for barrier-free isolation of hazardous gases, dust, and hot/cold air. Additionally, it serves for post-printing paper drying, rapid heating/thawing/high-temperature sterilization of food and pharmaceuticals, and blow-drying in the textile industry.
Schematic Diagram of A-A Adjustable High-Pressure Air Knife Structure:

Installation Instructions:
It is recommended that the air outlet be 10–30mm away from the workpiece, ensuring that the air flow covers it evenly. Air can be supplied from the bottom
Recommendations:
If the operating environment involves high temperature, high humidity, or corrosive media, it is recommended to choose a stainless steel air knife; if the ultimate pressure resistance and structural strength are pursued, the titanium alloy series can be considered.
Widely applied in water drying processes across industries including ultrasonic cleaning, glass washing machines, circuit boards, electroplating, coating, spray painting, and non-ferrous metal sheet/wire/plate production. Also suitable for barrier-free isolation of hazardous gases, dust, and hot/cold air. Additionally, it serves for post-printing paper drying, rapid heating/thawing/high-temperature sterilization of food and pharmaceuticals, and blow-drying in the textile industry.
Schematic Diagram of A-A Adjustable High-Pressure Air Knife Structure:

Installation Instructions:
It is recommended that the air outlet be 10–30mm away from the workpiece, ensuring that the air flow covers it evenly. Air can be supplied from the bottom
Recommendations:
If the operating environment involves high temperature, high humidity, or corrosive media, it is recommended to choose a stainless steel air knife; if the ultimate pressure resistance and structural strength are pursued, the titanium alloy series can be considered.