Fiberglass for cooling towers is another solution to comfort problems in buildings and rooms. When global warming is still an international issue, many efforts to control it are the homework of all citizens in the world. At the same time, we also continue to strive to keep our daily lives cool and comfortable, right?
You are probably quite familiar with air conditioners (AC) to make the room temperature feel cooler. But have you ever considered other devices, for example, fiberglass for cooling towers, to ward off hot temperatures outside the building? What are the advantages and disadvantages of air conditioning technology using fiberglass?
This time, you should start to be curious. This article should be able to increase your knowledge about fiberglass for cooling towers. Let’s find answers about the mechanism of the device, and is this room heat control technology environmentally friendly.
Contents
A Brief Explanation of Fiberglass for Cooling Water
Fiberglass is a multifunctional material, with widespread applications in various aspects of life. One of the products that attracts the most attention is the use of fiberglass to reduce heat. With certain construction, fiberglass maintains heat transfer more effectively than air conditioning.
To find out more about fiberglass for cooling towers, let’s look at the following description:
- Cooling tower technology is not entirely new. Initially, cooling towers were made using metal, for example, tubular steel or reinforced concrete, which had previously been applied in various industries.
- Fiberglass is considered capable of replacing the role of steel and other long-lived metals. Glass fiber with a certain resin mixture produces durability and strength equivalent to steel.
Advantages and Disadvantages of Fiberglass for Cooling Towers
If you are increasingly interested in applying fiberglass construction for cooling towers, let’s consider the following advantages and disadvantages:
Maximum Inhibition of Heat
Fiberglass material can inhibit heat to the fullest. As a result, the room can cool naturally when the temperature outside is very hot. Conversely, when the temperature is cold, the heat stored by the fiberglass is released so that the room becomes warm.
Strong and Anti-Corrosion
The strength of cooling towers made of fiberglass is almost equivalent to steel. Glass fiber is even anti-corrosion so maintenance is relatively easy and inexpensive. With minimal maintenance costs, the usage period of the cooling construction can be more than 20 years.
Potential Damage
The potential for damage to cooling towers made of fiberglass can still occur at high water saturation levels. You also have to be prepared for the potential for cracks when repeated vibrations occur or when you are hit by strong winds.
Environmentally friendly
Fiberglass applications in various business sectors have been proven to be environmentally friendly. Besides being able to be recycled, this material also does not produce hazardous waste so it is considered safe for the environment. Fiberglass for cooling towers also has a dual function, namely it can be an anti-fire device when integrated into certain buildings.
Types of Fiberglass for Cooling Towers
Cooling tower installations may be more expensive than air conditioning. But you are investing as well as saving, because this installation is permanent and energy efficient. The period of use can last long term with relatively easier maintenance.
If you intend to install it for cooling towers, start by choosing the most appropriate type, according to your needs. When you start working with a supplier, there will be a quote, whether you choose a cross-flow, counter-flow, or forced-draft cooling tower.
Other types of cooling towers are factory-assembled models and induced-draft cooling towers. Please consult first with the most credible supplier to suit your needs. Price negotiation opportunities are also wide open when you can choose the right business partner.
Apart from being a consumer, you can even take on the role of a distributor. The business potential of fiberglass and its various derivative products is very promising. be prepared to face consumers who come from various circles, considering the complex and widespread application of fiberglass.
Finally, the use of fiberglass for cooling towers should be a priority, both for household and industrial needs. This kind of installation is not just for comfort in the midst of an increasingly warming world. Furthermore, cooling towers made from fiberglass support protection against fire hazards, and are environmentally friendly.