U2615G2016Y00 Blade for Induced Draft Fan

Description  of blade U2615G2016Y00

The blade U2615G2016Y00 is a key aerodynamic component specifically designed for industrial induced draft fans, responsible for converting gas kinetic energy into pressure energy, achieving gas transport and system ventilation.

The U2615G2016Y00 blade adopts a special aerodynamic profile design, optimizing blade curvature, twist angle, and attack angle distribution to significantly improve gas flow efficiency, reduce flow separation and vortex losses, achieving high airflow and low noise operation. The blade surface is precision machined and polished to further reduce flow resistance and improve overall aerodynamic performance. Additionally, the blade root adopts a reinforced structure design, ensuring sufficient mechanical strength and fatigue resistance under high-speed rotation and complex loads.

The blade is made of high-temperature and corrosion-resistant alloy steel or stainless steel to adapt to long-term operation in high-temperature, high-dust, and corrosive gas environments. Some versions even use carbon fiber composite materials to achieve lightweight and high strength, a technology successfully applied in wind turbine blades and now referenced for industrial fan blade upgrades. Material selection not only extends blade life but also reduces maintenance frequency and cost.

Application of blade U2615G2016Y00

In practical applications, the blade is widely used in boiler induced draft fan systems in industries such as power, metallurgy, and chemical processing, undertaking critical tasks like high-temperature flue gas exhaust and furnace negative pressure maintenance.

HKZX-2025-10-11-A