Material: Carbon steel, speed 600-2900, impeller Q355, power 2.2-400KW, machine number 2.8-20. The high-pressure centrifugal fan has the characteristics of * *, low noise, flat performance curve, wide range, and a large flow range for safe operation in the high-pressure and small flow range. It improves the operating characteristics of the fan and has a smaller structural size
materialcarbon steel speed600-2900 impellerQ355 power2.2-400KW machine number2.8-20
High pressure centrifugal fans have * *, low noise, and a flat performance curve in the high-pressure small flow range
The characteristics of wide area and wide flow range for safe operation have improved the operating characteristics of the fan, and the structural dimensions are relatively large
Small. It is a blast furnace fan suitable for blast furnaces with melting rates of 1, 2, 3, 5, and 7T/h.

Models 6.3 # and below are mainly composed of impellers, casings, air intakes, and other parts matched with direct motors. Models 7.1 # and above have the above-mentioned parts in addition to the transmission part.
(1) Impeller: Adopting forward curved blades, the peripheral circumferential velocity of the impeller diffuser shall not exceed 140m/s. After the impeller is formed, it undergoes dynamic and balance calibration, with excellent air performance and smooth operation.

The company has complete product specifications and reasonable prices. The main products include: air conditioning fans, fire fans, roof fans, smoke exhaust fans, axial flow fans, centrifugal fans, explosion-proof fans, anti-corrosion fans, fiberglass fans, mixed flow fans, plastic fans, cabinet type low-noise centrifugal fan cases, DT cabinet type centrifugal fans, pipeline axial flow fans, high-pressure fans, high-temperature fans, as well as other fan accessories such as fire dampers and air vents. The product structure is reasonable, easy to install, low noise, and operates in various places.

The air inlet is made as a whole and installed on the side of the fan. The cross-section parallel to the axial direction is curved, which allows gas to enter the impeller smoothly with minimal loss.