Glass fiber reinforced plastic diagonal flow fan
1, learned of the fan, centrifugal fan, wind pressure and axial flow fan air volume, turn its than numerical between centrifugal fan and axial flow fan, high pressure coefficient and discharge coefficient.
2, this kind of structural type of the fan makes engineering design and installation of construction work greatly simplified, it into the wind direction and wind direction on the same lines, and the in and out of the wind of the same size, and have the same diameter of the duct connected flange, installation is very convenient. It doesn't have to like centrifugal fan installation to make the air duct has a 90 degree turn, and covers an area of less, will not affect the piping and piping, the most suitable for send, for straight pipe pressure and exhaust. For the computer room in the narrow space, especially shows its advantages of compact structure.
Scope of application: widely used in civil building ventilation and air conditioning engineering, and other various industrial production fields
Oblique flow pipe fan
SJG series high efficiency low noise inclinedflow pipe fan and centrifugal fan pressure coefficient is higher and compared with the characteristics of the axial fan volume coefficient at the same time has the characteristics of high efficient area is broad. Its structure is simple, the wind and the wind direction is located in the same axis, import and export of the same size and with the same diameter of the duct flange connection. Alternative low pressure centrifugal fan, save investment and covers an area of, simplify the engineering design, convenient installation, the axial fan pressure can't satisfy the requirements of ventilation pipe using inclinedflow pipe fan is the best choice.
Inclined flow pipe fan and centrifugal fan and axial fan, has a unique linear structure and in between the aerodynamic characteristic parameters. Oblique flow pipe blower fan with the most suitable for as the pipeline pressure, can also be used as a supply or exhaust fan