• Durability: Vinylester resin, UV protection, extended service life.
• Customizable: Computer strain analysis, G2.5 balance, low vibration risk.
• Easy Maintenance: Oil bath bearings, heat/corrosion resistant, cost-effective.
• Professional Team: Expert wind turbine guidance.
• High aerodynamic efficiency, low noise, corrosion resistance.
• Medium temp range: -20℃ to 80℃, ≤ humidity, ≤ 100mg/m3 dust content.
• Durable Fiberglass Build: Ensures long-lasting performance.
• Ethylene-based fiberglass blades optimize airflow.

Application

Structural characteristics

This industrial centrifugal fan features a double-sided air intake and double-support structure, ensuring robust performance and stability. The entire fan assembly includes a rotor assembly, casing, air inlet, air inlet box, adjustment door, linkage assembly, sliding bearing, turning device, and a forced lubrication oil system. The impeller blades are crafted from wear-resistant materials, extending the service life of the fan even under harsh conditions. The main shaft, made from alloy steel, integrates an oblique cone air inlet design, enhancing airflow stability and fan adjustment efficiency. The rotor group undergoes dynamic balancing, and critical components are precision-machined using CNC tools, significantly improving part accuracy. The forced oil supply lubrication system allows the fan to operate reliably for extended periods, ideal for high-pressure centrifugal blower applications in thermal power plants.
 

Performance and selection

The performance of the fan is closely linked to changes in gas density, which varies with inlet temperature and atmospheric pressure. Additionally, when the spindle speed alters, flow rate (qv), total pressure (p), and internal power (P) are adjusted accordingly using relevant conversion methods. This ensures optimal performance and selection for specific industrial centrifugal fan requirements.