The glass fiber cooling tower is highly corrosion-resistant, strong, lightweight, compact, space-saving, and aesthetically pleasing, with ease in transportation, installation, and maintenance. Therefore, it is widely used in various sectors of the national economy, particularly suitable for cooling water circulation systems in air conditioning, refrigeration, air compressor stations, heating furnaces, and condensation processes.
Due to the presence of calcium, magnesium ions, and carbonic acid salts in most cooling water, carbonates are formed when the cooling water flows over metal surfaces. Additionally, the oxygen dissolved in the cooling tower's fan blades can cause metal corrosion and rust formation. The accumulation of rust can lead to a decrease in the heat exchange efficiency of the cooling tower. In severe cases, it may be necessary to spray cooling water outside the shell, and severe scaling can block pipes, rendering the heat exchange ineffective. Research data shows that scale deposits significantly affect heat transfer losses, and as deposits increase, energy costs rise. Even a thin layer of scale can increase the operation costs of scaled components by over 40%. Maintaining a cooling channel free of mineral deposits can greatly improve efficiency, save energy, extend equipment lifespan, and also save production time and costs.