About Fiberglass Cooling Towers
Renowned for their optimal heat transfer and uniform water distribution, the fiberglass cooling tower also known for its high structural strength and high resistance to rust, corrosion and abrasion. These are widely use cooling towers applications such as chemical industry, oil refineries, power plants, HVAC and many other industries to eliminate the waste heat from the working fluid to the atmosphere in order to cool the working fluid in those industries.
The fiberglass cooling towers are very cost effective and require low maintenance. They are made of premium-grade fiberglass material which makes them high leak-proof. Since ages, they have in use in both heavy-duty industrial and small applications such as residential buildings, hospitals, offices and hotels.
Features:-
1) Self-rotating sprinkler system
2) Reduced noise production
3) Aluminum die casting
4) It is leak proof
5) Cost effective
6) Light-weighted
7) Low maintenance
8) Highly efficient
8) Reliable
9) Longer serving life
10) Easy installation
Applications:-
1) Electric power generation
2) Pharmaceutical industries
4) Oil refineries
5) Food & beverages industries
6) Power plants
7) Distilleries
9) Power plants
10) HVAC
11) Pipe company
12) Chemical industries
13) Soap industries
FAQ's related to fiberglass cooling towers:-
Q.1 How do fiberglass cooling towers function?
The fiberglass cooling towers function by dissipating waste heat to the atmosphere through cooling the process fluid in cooling tower applications – both heavy and small-duty applications.
Q.2 What are the benefits of the fiberglass cooling towers?
1) Corrosion resistant
2) Static water distribution
3) Suitable for small industries
4) Can withstand extreme wind flow
5) Ideal for heat rejection & fluid cooling applications
6) Contaminants free
7) Eco-friendly
Q.3 How long do fiberglass cooling towers last?
The fiberglass cooling towers have longer serving life up to 25-30 years as their inner and outer structural strength are incomparably designer to withstand any climate change.
