Powerful aluminum alloy wind knife

1, easy to install full-wind high-pressure blower can be installed at any time in the use of places for compressed air or for evacuation. And can be installed arbitrarily horizontal or vertical direction.

2. Solid structure The full-wind high-pressure blower body is cast with ADC12 aluminum alloy, which is different from the general iron shell or AC10 aluminum alloy blower. The ADC12 material is the same as the wheel drum of Mercedes-Benz sedan, which is more durable.
3, high reliability In addition to the impeller, the full wind high pressure fan has no other moving parts, and the impeller is directly connected to the motor, no gear or transmission belt, so the reliability is high, almost maintenance-free. No oil and gas, no pollution, impeller rotation, no contact with any, free of lubrication, so can ensure that 100 percent oil and gas.
4, low-vibration full-wind high-pressure blower parts imported from Germany, Japan processing, testing equipment, parts of the operating part are very precise balance design, testing, calibration, so the vibration rate is very low.
 

1.& Location: Must be installed indoors in a place protected from weather.

2. Ambient temperature:40℃.
3. Relative humidity:80%.
4. Air quality: If the air contains corrosive or flammable gases such as acids and alkalis, it should not be transported by high-pressure blowers to avoid danger.
5. Dust protection: Avoid use in places with a lot of dust, powder or fiber. If it is necessary to use it in such occasions, please install a filter and regularly clean the dust attached to the filter screen and high pressure blower.
6. Ventilation and heat dissipation: Please choose to use in a well-ventilated place, not in a closed room or closed box.
 

 As  the impeller rotates, the vane forces the gas to move forward and outward, creating a series of spirals. The air between the impeller blades rotates helically and pushes the gas outside the pump body into the side grooves (sucked in from the suction port). When it enters the side channels, the gas is compressed and then returns to the impeller blades to accelerate again. As the air follows a spiral path through the impeller and side channels, each impeller blade increases the degree of compression and acceleration, and as the rotation progresses, the kinetic energy of the gas increases, causing the pressure of the gas passing along the side channels to increase further. When the air reaches the junction of the side channel and the discharge flange (the side channel narrows at the outlet), the gas is forced out of the blades and exits the pump body through the outlet muffler.

Single-stage high-pressure fan:

The blade produces a powerful wind curtain that can be used for a variety of blowing and cooling applications, such as:

1, automotive industry: used to blow off extra water, coolant, dust, debris, etc. in manufacturing, as well as steel plate painting before blowing cooling, drying, dust removal.

2, electronic industry: electronic circuit boards quickly dried before assembly.

3, beverage cans and bottles: beverage bottles label, inkjet or packaging, the bottle or bottle moisture and attachments blown off.

Chemical industry: Before labeling or packaging, blow off surface chemicals or moisture.

Food and medicine: before manufacturing or packaging, blow off moisture and attachments, or dust in the opening and bag before bagging.

Metal industry: blowing coolant or other liquids from metal surfaces. Dry or cool the surface before polishing, electroplating and painting.

7, rubber and plastic industry: blowing dust or debris from the surface of the product. Drying before extrusion or ejection. After injection molding, the product is cooled.