Leveraging centrifugal blower technology to maximize efficiency
Centrifugal blowers can pull vacuum and produce positive pressure. Thus, economically generating dry, clean air at low pressure resulting in increased production. To create this velocity with a continuous flow of air or gas, each blower has a set of impellers. Air or gas is absorbed into the inlet and transferred to the impellers and emitted through the discharge outlet.
Impellers are individually balanced and assembled onto the shaft, then balanced as a complete assembly. These components are manufactured in various materials with additional protective coatings are available for corrosive gases. Impellers also have incremental vane angles and vary in numbers.
The number of stages furnished with our blowers depends on application and pressure requirements. Each blower can be manufactured anywhere from one to 10 stages and each stage has an impeller. A blower with one1 stage, as in one impeller, is specific for low-pressure applications.
Whereas 10 stages, as in 10 impellers, are specific for high-pressure applications. The amount of resistance for the flow of gas or air determines the required pressure. Higher resistance results in a greater number of stages.
Numerous components like baffle rings, balance positions, multistage shrouded impellers, flexible couplings, cast housings, labyrinth seals, carbon ring seals, or MAX Seal (mechanical axial), makeup our blowers.