Centrifugal fan
Professional Fluid Design | Fan Aerodynamic Performance Testing
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High efficiency and energy saving
- Professional Fluid Design | Fan Aerodynamic Performance Testing
- Aerodynamic design of highly backward-curved blades effectively reduces internal flow losses within the impeller.
- A novel integrated design featuring a multi-segment arcuate volute effectively reduces flow‑path losses within the volute.
- The fluid‑structure of the centrifugal fan has been comprehensively optimized, resulting in an optimal impedance ratio.
- Tier‑1 energy efficiency can reduce a company’s electricity consumption by 10%–20%, thereby lowering production costs.
Long-lasting lifespan
- Precision Design and Manufacturing | German Schenck Dynamic Balancing Technology
- FRP impellers, volutes, and other components are all manufactured via mold‑based integral molding, offering strength and stiffness comparable to steel and ensuring long‑term durability.
- The power shaft and fixed base are designed in strict accordance with mechanical design standards, and finite element analysis is employed for strength assessment and verification, ensuring safety and reliability.
- Oil-bath type integral bearing housing, with high concentricity and sealed lubrication for smooth operation.
- Employing German dynamic balancing technology, the impeller achieves ISO‑1940 G2.5‑grade balance, ensuring smooth and long-lasting fan operation.
