FRP Cooling Tower Wind Duct

Operating Principle​

The FRP duct employs a ​kinetic energy recovery design​ with three-stage airflow optimization:
​Inflow Contraction Section: Elliptical curve design eliminates airflow separation and ensures uniform contraction.
​Fan Working Section: Blades increase airflow dynamic pressure to enhance cooling tower draft.
​Dynamic Pressure Recovery Section: Guided diffusion reduces kinetic energy loss (recovery rate ≥30%), achieving ​**>8% energy savings**​ vs. conventional ducts.

​Core Advantages​

​High Efficiency & Energy Savings​

Kinetic energy recovery technology homogenizes outlet airflow, reducing vortex zones and cutting energy consumption by 8-9%.
Low-resistance inner coating (resin-polished surface) reduces airflow resistance by 30%.

​Durability & Longevity​

​Reinforced Structure: T-shaped hollow ribs and prefabricated solid rings withstand wind loads up to 690-980Pa.
​Weather Resistance: UV-resistant FRP material with anti-corrosion properties (pH 0-14), lifespan ≥20 years.

​Environmental Adaptability​

Operates in extreme temperatures (-40℃~60℃) and corrosive environments (e.g., chemical plants, coastal areas).
Modular assembly allows on-site installation and maintenance without shutdown.

​Aesthetics & Sustainability​

Smooth surface with color-stable gel coating resists fading and cracking.
Recyclable design reduces carbon footprint compared to metal ducts.