Peak operational efficiency up to 88%, with high-efficiency

zones covering ~80% of working conditions.

Parametric design (based on turbomachinery equations)

optimizes impeller aerodynamics for maximum performance.

Scientific airflow design (e.g., "UFO-shaped" structure)

minimizes gas acceleration losses and turbulence.

Adaptive flow-pressure design: Straight-blade for high-

flow/low-pressure, optimized turbulence control for medium-

flow/high-pressure.

High-Temperature & High-Pressure: Certified as national

Grade-1 energy efficiency.

Multi-Condition Adaptation: Post-retrofit power savings of

660kW/h, annual savings of ¥2.693M (21.2% reduction).

Comparative Savings: High-pressure, medium-temperature

dust-containing fans achieve 39.4% power savings

(¥4.33M/year) with +140rpm margin.

Dynamic Balance: Exceeds G2.5 standard, vibration <1mm/s.

Wear Resistance: Full-coverage protection (Rockwell 58-62

hardness), triple-layer anti-wear (composite plates, specialized

materials, laser cladding).

Safety Standards: 42CrMo shafts, safety factor ≥2.0, SKF/FAG

bearings, ultrasonic testing (Level II).

Inner Mongolia Sending EP&ES Co., Ltd.