FRP Filling Bracket for Cooling Tower

Operating Principle​

The cooling tower packing bracket optimizes heat exchange through ​structural engineering and fluid dynamics:

​Fill Layer Support & Water Distribution:
Grid structure (250×300mm spacing) with T-shaped hollow ribs evenly distributes water flow, reducing resistance and forming continuous thin films on fill surfaces to enhance evaporation.

​Air-Water Counterflow Interaction:
The bracket-supported fill layer maximizes gas-liquid contact area (specific surface area 1215-700 m²/m³). Upward airflow penetrates fill pores, exchanging heat with downward water via evaporation and convection.

​Dynamic Load Balancing:
High-strength FRP or aluminum alloy materials with heavy-duty bearings withstand instantaneous overloads (e.g., water impact in high humidity).

​Key Advantages​

​Corrosion-Resistant Materials​

​FRP Models: UV-resistant resin and carbon fiber layers provide pH 0-14 tolerance, 3,000N/m² deformation resistance, and ≥20-year lifespan.
​Aluminum Models: 4-8mm rolled plates with anodized coating meet ISO C5 salt spray standards.

​Fluid Channel Optimization​

​Grid Design: 85% ventilation area ratio reduces air resistance by 30%, boosting cooling efficiency by 15-20%.
​Quick-Release Modules: U-clamps and stainless bolts enable single-bracket replacement in ≤30 minutes, extending maintenance cycles to 5-8 years.

​Multi-Scenario Adaptability​

​Span Classification:
38 Series: For 1.25m spans, standard size 2500×1080×38mm.
70 Series: For 2m spans, standard size 4000×1080×70mm.
​Extreme Environments: Operational range -40℃~120℃, compatible with seawater cooling (Cl⁻ ≤50,000ppm).

​Energy Efficiency & Smart Features​

​Lightweight Design: Hollow ribs reduce weight by 35%, cutting motor energy consumption by 10-20%.
​IoT Integration: Optional vibration sensors provide real-time alerts for structural deformation or bolt loosening