Principle and application of high-pressure fan blade

　　What is a high-pressure fan blade? Working principle of high-pressure fan blade

　　The air blades are actually the air that enters the blades directly from the high-pressure fan, and the air blades with a thickness of only 1 millimeter are burned out on the broadband. With the concept of Kanda's achievements and unique blade geometry, this thin sheet-like air curtain can withstand 30 to 40 times the ambient air, while also creating an ultra-thin, high-strength, and highly aerodynamic air suspension effect. Wind blades are divided into two types in working mode: basic wind blades and super wind blades. After the Derrick EA standard wind blade is blown out, the wind sag is deflected by 90 degrees, while the super wind blade burns flat.

　　The high-pressure fan blade can be driven by a vortex fan or a high-pressure driven component, or by a high-speed centrifugal fan (instead of high-power intake compressed air). It uses different followers and wind absorbing blades to achieve various applications, such as blowing water, blowing dust and dirt removal, blowing dust and water on the surface of steel plates, aluminum alloy accounts, and blowing water on the outside of beverage bottles, packaging cans, and other containers. Burn off the external dirt, residual liquid, moisture and other pollutants on the outer packaging of the product, and clean the conveyor belt.

　　1. Electronic department: Digital circuit boards are quickly repaired before assembly.

　　In the field of chemistry, surface chemicals or moisture should be blown away before labeling or product packaging.

　　3. Printing (inkjet): During inkjet printing, dirt, debris, and water vapor are blown out before printing or quickly dried in ink

　　4. Rubber and plastic industry: Surprise project surface dust or particles. Dry before casting or discharging. The product is cooled after injection molding.

　　5. Food and medicine: Water and additives should be removed before manufacturing or packaging, or dirt should be removed and bagged before landing.

　　6. Beverage bottle canning and bottle making: Before labeling, inkjet printing, or product packaging beverage bottles, blow out the water and additives on the bottle mouth or body.

　　7. Metal industry: Blowing coolant or various other liquids from the surface of metals. After the surface is dried or cooled, it can be polished, electroplated, or painted.

　　8. Automotive department: used to blow out additional moisture, coolant, dust, and particles in manufacturing, and to cool, dry, and remove dirt from steel plates before repainting.