Tower Tech Cooling System

Blog , Cooling Tower Sep / 22 / 2022
Written by Jignesh Shah
cooling tower

Fiberglass Reinforced Plastics, which is what “FRP” stands for, is the name of the material. If that’s the case, what is it? Even though it is just a cooling tower, it is made of a material called FRP, which stands for fiber-reinforced plastic. The cooling towers are made of fiberglass-reinforced plastic and are a good size. They are also easy to put together. Due to their small size and the ease with which they can be crammed into a small space, you have no good reason not to get one for yourself.

Fiber-reinforced plastic is a composite material used to make cooling towers like the ones used in many businesses today. In a nutshell, it can withstand weather, corrosion, microorganisms, and germs spread by water. Also, it can stand up to all kinds of weather. So, if you want to buy cooling tower equipment, you should talk to Towertech.


It is designed to withstand the shocks and vibrations caused by high winds and speed and can take in air from all directions. In addition, it requires less power since it consumes electricity in a smaller area.

In other words, the FRP cross-flow cooling tower is designed only to transmit heat when air and water come into direct contact. The hot water is meant to be cooled by the atmosphere. Here are some other reasons why it is critical:


  • Because of the materials used to construct it and the methods it may be employed for smaller cooling towers, the pultrusion technique is often the most highly recommended.
  • FRP is less expensive and requires less care than other materials. Despite this, reinforced concrete is still utilized to construct large structures.
  • Several types of cooling towers include forced-draft cooling towers, fiberglass-reinforced plastic cooling towers, fanless files, and others. You may choose the one that best matches all of your requirements.


Towertech employs innovative technologies in its production process to increase the quality of the items it produces in India. This method is used to create a wide variety of square FRP cooling towers. As a result, our furniture may be employed in various settings, including petrochemical facilities, oil refineries, power plants, and building cooling systems.

cooling tower


They are used chiefly in chemical factories, petrochemical manufacturers, thermal plants, building cooling, air conditioning, significant schools and hotels, hospitals and oil refineries, steel mills, power plants, and other industrial and commercial establishments.

Depending on the circumstances, a cooling tower of the FRP kind may be made to function using either the original draughts or the induced draughts. In cooling towers that use natural FRP-induced draught, the air is propelled upward through the building without requiring fans to be used as often. On the other hand, FRP cooling towers with produced draught depend on the fans in that area to eliminate the motion.


  • PVC or wood may be utilized to build the fillings. However, it is more possible that the PVC will be used in the FRP cooling tower to maximize heat transfer by increasing the contact between the water and the air. The fill might be sprinkled or film-like depending on what works best for the cooling tower.
  • Structure and housing; the fiberglass reinforcement comprise the framework and accommodation of the FRP cooling tower, respectively. Some buildings have casings on both the inside and exterior, while the rest of the frame serves as the casing for the others.
  • Fans; the most common types of fans used are centrifugal and propeller fans. Fans with propeller shapes are utilized in induced FRP cooling towers. On the other hand, forced draught cooling towers employ a mix of propeller and centrifuge technologies for their fans.
  • Coldwater basin; here is where the water that falls from the fills is collected. Heaters are periodically used in the bay to protect the basin’s water from freezing during the winter months.
  • Air inlets; allow air to enter, allowing hot water to come into direct contact with the air, which helps to cool the water.
  • Louvers are needed on the FRP cooling tower to prevent birds and rats from accessing the cooling tower. The louvers limit the splash-out, lowering the amount of water lost and the number of chemicals needed. In addition, they are effective in blocking direct sunlight, which aids in the prevention of algae development in the container in which the cooling tower is kept.
  • Drift eliminators are used in FRP cooling towers to remove the presence of water droplets in the air and decrease the quantity of processed water lost. However, due to their contact, they induce water droplets and air molecules to suddenly change path, forming a barrier between the water and the atmosphere. As a result, the water swirls around and returns to the cooling tower.
  • Driveshafts may accomplish their function by transferring power from the motor’s output shaft to the gear reducer’s input shaft. Therefore, the driveshaft must be corrosion-resistant.
  • Gear reduction solutions: The FRP cooling tower gearboxes have been designed to manage horsepower and fan speed.

FRP cooling towers come in two varieties: natural draught cooling towers and induced draught cooling towers. It has two separate air mechanics, so you may choose whichever one works best for you based on your tastes.

Using the various frames, you may experiment with different dimensions of space and magnitude. You may then choose one of the cooling towers in the shape of a square for an even more incredible feeling of spaciousness.

Additionally, you may choose from a range of color options that are shown beside the forms. There are several benefits to employing FRP cooling towers, and the benefits covered so far should give you a fundamental understanding of how they work. If you are looking for an FRP cooling tower manufacturer, come to TowerTech India, and we can provide you with whatever component you want.