Cooling Tower Panel

1.Operating Principle​

The cooling tower panel optimizes thermal exchange and structural integrity through ​material engineering and hydrodynamic design:

​Water Distribution & Splash Control:

Waveform or trapezoidal laminates (as in ) guide water evenly across fill media, reducing drift loss to ≤0.005% while maximizing air-water contact.

​UV Blocking & Thermal Management:

FRP with UV-resistant gel coat () blocks 90% of sunlight, inhibiting algae growth and cutting water turbidity by 50%.

​Structural Sealing & Support:

Snap-fit or corner-bonded frames () ensure airtightness, maintaining negative pressure for optimal fan efficiency.

​2.Key Advantages​

​Corrosion-Resistant Materials​

​FRP Composite: Alkali-free fiber and polyester resin withstand pH 0-14, salt spray (ISO C5), and 20+ years of service.

​Impermeability: Wave-overlap design () prevents leakage, with ≤1mm thermal expansion (-40℃~120℃).

​Modular Efficiency​

​Automated Production: Machine-molded panels () achieve ±0.2mm thickness tolerance, cutting labor by 70%.

​Quick Replacement: U-clamp connections enable ≤30-minute panel swaps without shutdown.

​Energy & Environmental Benefits​

​Light Blocking: Reduces solar heat gain, stabilizing water temperature (±0.5℃) and saving 30% fan energy.

​Zero Contamination: Sealed structure minimizes water loss (<0.1%/year) and chemical additives.

​Multi-Industry Adaptability​

​Custom Sizing: 1.8-5mm thickness, 1.1m width options () fit crossflow, counterflow, and closed-loop towers.

​Extreme Conditions: High-temperature (≤120℃) and flame-retardant (OI≤30%) models for refineries and chemical plants